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Witold Gombrowicz, and to Hell with Culture
Benjamin Paloff


Witold Gombrowicz is probably the most important twentieth-century novelist most Western readers have never heard of, which is to say that he is the kind of writer whose following consists largely of other writers, whose faith in Gombrowicz's under-recognized genius has led them to shower him with superlatives. Susan Sontag, in her introduction to the recent English translation of Ferdydurke, his ironic masterpiece, calls him brilliant. John Updike takes this praise one step further, noting that Gombrowicz is "one of the profoundest of late moderns." Milan Kundera ranks him among Joyce and Proust as one of the seminal figures in modern literature. His writings are beloved in France, where they have long been available in competent translations, and where Gombrowicz himself spent the last years of his life. And in his native Poland, Gombrowicz remains something of a cultural legend almost thirty-five years after his death; in a publishing market that frequently casts its best literature out of print, all Gombrowicz's books are easily available, as are any number of volumes about his life and work. The official website of Radom, a lackluster city in central Poland near the small town where Gombrowicz was born, proudly proclaims him alongside Jan Kochanowski (an excellent Renaissance poet) and director Andrzej Wajda as having lived there (or at least as having had some association with the area, which is important enough for the local cultural imagination). And the Polish Ministry of Culture has officially proclaimed 2004 "The Year of Gombrowicz," which will include a plethora of conferences and cultural events marking the one hundredth anniversary of the author's birth.

It's just the sort of thing that Gombrowicz-or a certain side of him-would abhor. From his very first book, a collection of short stories called Memoirs from a Time of Immaturity (1933; later entitled Bakakaj, and including the story "The Rat"), Gombrowicz raged against what he saw as the aristocratic conservatism of Polish culture, the formality of men bowing and kissing ladies' hands in greeting, the general insistence on how Poland's grand destiny had been sidetracked by a century of partition and occupation, and perhaps most of all the uncritical reverence for such cultural heroes as Copernicus (of questionable nationality), Mickiewicz (the national poet, actually born in Lithuania), and Chopin (half-Polish, who spent most of his life in France). Early in his three-volume Diary, itself an extraordinary record of an author at play, Gombrowicz asks, "What does Mrs. Smith have in common with Chopin?" Next to nothing, but that's not even the worst of it. What Gombrowicz found truly frustrating-even dangerous-is how his country's inferiority complex, its need to remind the world time and again how Polish culture is just as great-nay, greater-than that of the West, cripples the individual, forces him to memorize verses and dates and to behave in a manner befitting the great civilization that is Poland. Or at least this is the attitude represented in the preponderance of Gombrowicz's work, any treatment of which is obliged to bear the disclaimer that you can never fully trust an author so fond of irony and masks. Indeed, writing about Gombrowicz's attitude toward Polish culture is kind of like writing an obituary for someone who didn't believe in death.

That said, the individual's battle against the strictures of culture remained a lifelong obsession for Gombrowicz. In his early work in particular, this theme manifests itself as a battle between maturity-that is, the social expectation that the individual will behave according to a given code, a superego imposed from above-and "immaturity," the freedom to do as one will and, in general, not to give a damn. This is the central conflict in "The Rat": a retired judge captures a troublesome vagabond and does his best to rein in his "particularly massive nature," which offends the judge's sense of order and propriety. In "The Honorable Kraykowski's Dancer," the story that opens the same collection, the protagonist becomes so obsessed with the regal manners of an attorney and his wife that he does everything he can to subvert the lawyer's individuality, for example, by paying for his daily pastries in advance. "Imagine this," he addresses the reader conspiratorially. "A lawyer comes out of a public restroom, reaches for his fifteen cents, and learns that the bill has already been settled. How does he feel then?" And famously, in Ferdydurke (1937), a thirty-year-old man is enslaved by his old schoolmaster and thrown back into the classroom, where he finds it impossible to gain freedom without first enduring endless humiliations. In each of these instances, no one really needs to bother about the totalitarianism that will later occupy Poland and preoccupy so much of its literature. For Gombrowicz, culture itself, with its insistence on acceptable norms, is plenty totalitarian as it is, thank you very much.

Which brings us to the curious irony of the author's fate. In 1939, following the publication of Memoirs from a Time of Immaturity, a play called Ivona, Princess of Burgundy, and Ferdydurke (plus, truth be told, a second novel, The Possessed, which appeared under a pseudonym and wasn't acknowledged by its author for thirty years), Gombrowicz was invited to enjoy the maiden voyage of a cruise ship across the Atlantic. He set sail and arrived in Buenos Aires. Then the Nazis invaded Poland, followed by the Soviets, and that was that: Gombrowicz was in Argentina with no money and no Spanish. He remained there for over two decades, utterly impoverished, relying for his survival on a contingent of Polish expatriates who were, like most communities in emigration, more conservative than his critics back in Poland. This is the subject of his hilarious 1953 novel Trans-Atlantyk,which features a protagonist named Witold Gombrowicz and is written in a specialized narrative style of the old Polish nobility, a wholly appropriate medium for the stuffy circumstances in which the author found himself.

Yes, appropriate. In fact, Gombrowicz's prose has never been as absurd as journalistic reductions would have it, since it is always-both thematically and linguistically-a consistent, even systematic response to a set of cultural, philosophical, and psychological problems. "The Rat" provides an excellent case-in-point: it is the language of obsession and fetish, with its concatenated synonyms and spontaneous singing, its repetition and play. The writing is at once extremely poetic and anti-conventional, a stylistically "mature" prose expressing the lushness and buoyancy of immaturity. Gombrowicz's early critics attacked his lack of restraint, his sometimes childlike delight in language, his flirtation with excess and arbitrariness. (The collection's second title, Bakakaj, is itself arbitrarily chosen; Gombrowicz took the name from one of his streets in Buenos Aires, as he later explained, "the way we name dogs, simply in order to tell one from another.")

Gombrowicz's opponents took such games as an affront, an attack against all that was right and proper in Polish culture, as an assertion of the individual against his context, and perhaps a few of them still do. Just the other day in Kraków, I was enjoying a late dinner of beer and kielbasa when a Polish acquaintance (he actually grew up in Canada, but he's a hell of a lot more Polish than I'll ever be, as he kept reminding me) suggested that Czechs have no culture of their own. "Certainly they do," I insisted, and went on to praise their extraordinary literature, their rich heritage of music and language. "No," he said, "it's all Austro-Hungarian." I pointed out how the Austro-Hungarian Empire had occupied all of southern Poland, including Kraków, for well over a century, occasionally inciting the peasants to saw their Polish landlords in half. This, I suppose, is how a situation escalates. He started rattling off the standard roster of Polish cultural heroes, and that's when I began to channel Witold Gombrowicz. "What does Mrs. Smith have in common with Chopin?" I asked. My interlocutor bristled, became very solemn, and told me in no uncertain terms that making such remarks on the street would give me an opportunity to use my health insurance, which he hoped was comprehensive

Witold Gombrowicz, and to Hell with Culture - Words Without Borders
 
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The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
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It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
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Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
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Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
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Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
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Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
 
Poland marks August Agreement anniversary
30.08.2018 14:18
The Solidarity trade union on Thursday celebrated 38 years since the August Agreement was signed in the northern city of Gdańsk, marking the beginning of the end of communism in Poland.
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A mural in Gdańsk depicts Lech Wałęsa inking the August Agreement. Photo: Artur Andrzej/Wikimedia Commons (CC0)

Members of Solidarity, the biggest trade union in Poland with roots in the agreement, said the anniversary was a tribute to “the anonymous heroes” who took part in workers' protests of August 1980.

Meanwhile, the leader of the ruling conservative Law and Justice party, Jarosław Kaczyński, said in a letter that Poland would not be free today “if it had not been for the sacrifice of a generation of patriots who fought for their homeland’s liberty”.

Workers of the Gdańsk shipyard, led by Lech Wałęsa -- who would go on to be Poland’s first democratically elected president and a Nobel Peace Prize winner -- went on strike in August 1980, demanding better pay, the reinstatement of an unfairly sacked colleague, and a monument to workers who had died in protests ten years earlier.

Workers from other cities joined the strike, leading the communist regime to make concessions.

The August Agreement, signed on August 31, 1980, was seen by the regime as a peaceful way to end the protests. The deal led to relaxed censorship and allowed for independent trade unions.

This ultimately allowed the Solidarity Trade Union to gain ground and helped lead to the end of communism in Poland in 1989

Poland marks August Agreement anniversary
 
Best export products from Poland
by Ewelina Nurczyk in: Free Time, 10 Aug 2017
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  • UK farmers started thinking about moving their companies to Poland ahead of Brexit.

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    2. Dairy
    When the Polish landscape is not full of fruit trees, it is crowded with… milk cows, which drive the thriving dairy business in Poland. Polish milk, cheese or yoghurts fill the shelves not only in Europe, but even in such remote markets as China or Japan. Do you have your favourite Polish milk products?

    3. Doors & windows
    Who knows? Maybe your favourite door or window has been made in Poland! Polish producers overtook Germans as leaders of window & door manufacturing in 2015 and are now the biggest exporters in this branch of business in Europe. Who knows, maybe your future is at your Polish doorstep?

    4. Furniture
    Speaking of nest-making, Poles are also one of the leading producers of furniture in Europe. The export is growing by leaps and bounds and in 2016 furniture was the fourth biggest group of Polish products sold abroad – not only to Germany or France, but also Poland’s eastern neighbours, Arabic countries and the US.

    Will Polish technology innovators also become worldwide phenomena?
    Learn more about Polish startups.

    5. Vehicles & boats
    Whether these are public transport buses by Polish Solaris, trams by PESA from Bydgoszcz or exclusive yachts – there is a lot of demand for them abroad. Foreign customers buy them constantly, making Polish vehicles and ships one of the most popular ones in Europe. Next time, while sailing on the Mediterranean, check if your boat has not been made in Poland.

    6. Cosmetics
    In the recent years the export of cosmetics produced in Poland has been growing by more than 7.4 per cent per year. The three most prominent importers of Polish cosmetics are the UK, Germany and Russia. This goes to show that Polish beauty brands do well in very mature markets with high expectations towards products and gives hope for even better results in the future. Let us know if you own any skincare or makeup products made in Poland.

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    7. White goods

    Washing machines, fridges, cookers… These are very often manufactured in Poland by big international companies leading this business worldwide. Indesit, Electrolux, BSH, Whirlpool and Samsung have their manufacturing plants in Poland and export it mainly to EU countries as well as Russia.

    8. Video games
    Ever heard of The Witcher? Sniper Games? Call of Juarez? These are all Polish titles produced by companies from Poland, CD Projekt Red, CI Games and Techland. Millions of avid gamers buy them every year worldwide and their popularity is on the rise as new titles are being added to the series. Do you have your favourite Polish video game?

    9. Programmers
    Polish programmers are a professional group that does exceptionally well in all work environments, both in Poland and outside the country. The IT experts from Poland are regularly ranked as one of the best professionals in the industry in such contests as TopCoder, Google Code Jam, Facebook Hacker Cup, Hello World Open, International Collegiate Programming Contest, and so on… No wonder some of them are always welcome in the Silicon Valley!

    10. Goalkeepers
    The last one’s for football fans, who must have noticed the abundance of Polish goalkeepers in all major leagues, especially in Europe. While the Polish national team is gradually climbing to the top of all rankings, it is the goalies that are a total export hit. For instance, in the season 2015/16 there were more goalkeepers than players on other positions in the English cups! After all, most football fanatics know such names as Dudek, Szczęsny, Fabiański, Boruc or Tomaszewski!
Best export products from Poland
 
Leszek Kolakowski
Outspoken Polish philosopher and one-time communist frozen out for his trenchant views


Michael Simmons

Wed 22 Jul 2009 13.54 EDTFirst published on Wed 22 Jul 2009 13.54 EDT

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Kolakowski warned against philosophers who lacked self-doubt Photograph: Effigie/Effigie/Leemage/Writer Pictures
From the confines of a number of academic armchairs, on either side of the iron curtain, Leszek Kolakowski, the Polish-born philosopher and one-time communist, who has died at the age of 81, understood better than most the true nature of communism in practice. He had joined the Polish Workers' party – as the communists called themselves – while a teenager as it took power after the second world war, and went on to become one of its most distinguished luminary teachers. Twenty-three years later, as he began to speak out at the time of the Prague Spring of 1968, his ideas were so trenchant that he was forced to leave the party and his home country to start a new life, teaching on related themes in Britain and the US.

But even in exile, it was soon apparent that his deeply critical views got through to his homeland and remained hugely influential. Adam Michnik, one of the leading intellectuals of the Solidarity era, writing from his prison cell, described him as one of the most prominent creators of contemporary Polish culture.

Kolakowski's great strength as a philosopher and historian, and therefore his most serious crime, was that he had been a practising and highly influential party member during the Stalin era. He knew the party intimately from the inside, and by the late 1950s was teaching up-and-comers at the party school and editing its publications. Philosophically, he was extraordinarily well-informed, and there was no stopping him from talking and writing about party policy-making, and a host of other issues, at great length.

Only 10 years after leaving Poland, he observed that the Soviet-imposed regime had, in fact, proved less effective in Poland than elsewhere in eastern Europe, for the simple reason that Poles had always been sceptical of Russian ideas. Looking back at the events of the "Polish October" of 1956, he commented that the country's then political leader, Wladyslaw Gomulka, had, in effect, lost control, and the hoped-for "social and cultural renewal" had failed. "The October events," he wrote in 1976, "started a process of reversal".

In another essay, published in 1971, he declared that "intellectuals are necessary to communism as people who are free in their thinking and superfluous as opportunists. Theoretical work cannot be useful to the revolutionary movement if it is controlled by anything besides scientific stringency and the striving for true knowledge." To make a fetish of Marxism, he added, means that instead of being the lifeblood of intellectual life, it can become its poison.

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Even in his youth, Kolakowski, born in Radom, south of Warsaw, of well-to-do parents, was precocious and independent in his thinking. The war and Nazi occupation badly disrupted his formal schooling, which meant that when he was not ensconced in the family library, he was obliged to take private lessons, as well as examinations, underground.

Not long after he became a member of the Polish Workers' party he joined the teaching staff of Lodz University, moving on to Warsaw University in 1950. He gained his doctorate there in 1953 – with a thesis on the 17th-century Dutch philosopher Baruch Spinoza – and until 1959 was professor and chief administrator of that university's department of philosophy, and then head of the modern philosophy department.

Kolakowski was soon disseminating his ideas to a younger generation through key positions on the journal Nowa Kultura, and on a weekly newspaper organised by the university's young communists. It was in this period, as the Polish political leadership launched a new constitution, that he witnessed and began seriously to reflect upon and, more significantly, to write about the influence of Stalinism.

It was a fertile if repressive time to be planting his ideas. Writers and artists chose the time of the "Polish October", as their Czechoslovak counterparts did in Prague in the late 1960s, to experiment in the way they expressed themselves. Repeatedly, Kolakowski would emphasise what he saw as the moral dimensions and the humanist potential of Marxism, fusing the ideas of Jean-Paul Sartre with those of Stalin. In one notable essay, purporting to be a dialogue between a priest and a jester, he gave his backing to the jester. The inevitable result, which was to distinguish him for the rest of his life, was that he became known as a revisionist.

The crunch came in late 1966 when he spoke out on the 10th anniversary of the "October". For his pains on this occasion, as a rationalist and moral thinker, he was thrown out of the party and, two years later, sacked by the university. Between 1968 and 1981 his name was on Poland's index of forbidden authors. Provoked further by anti-Jewish gestures against Tamara, his Jewish wife, he left the country to start a new life, teaching first at McGill University, Montreal, and later at the University of California, Berkeley. In 1970 he became a senior research fellow at All Souls College, Oxford, where he wrote his best-known work, the three-volume Main Currents of Marxism (1978), considered by some to be one of the most important books on political theory of the 20th century.

From this time on, his writings would take on religious as well as political themes. He engaged willingly, and fluently, in debate with distinguished western thinkers on the nature of ethics and 20th-century philosophies, on the nature of good and evil, and on how political regimes could accommodate such deviations. A year before Solidarity's final triumph in Poland in 1989, he warned that any philosopher – and implicitly any politician – who has never thought he might sometimes be barking up the wrong tree probably did not deserve to be read.

In his final years he became widely respected, winning accolades in many parts of the world, from Poland to the US. He was best known perhaps for his idea that the cruelties of Stalinism were not an aberration but a natural product of Marxism, but he wrote more than 25 books on a wide variety of themes, the last appearing two years ago with the tantalising title, Why Is There Something Rather Than Nothing?

He is survived by Tamara and their daughter.

Leszek Kolakowski | Polish philosopher | Obituary
 
bulletproof_vest_1500_top.jpg

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
Share
32
It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
george_e_goodfellow_c1881.jpg

Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
jan_szczepanik_portrait.jpg

Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
bullet_vest.jpg

Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
bulletproof_vest_specialforces_forum.jpg

Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
You trying to prove that Poles haven't done much?
 
bulletproof_vest_1500_top.jpg

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
Share
32
It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
george_e_goodfellow_c1881.jpg

Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
jan_szczepanik_portrait.jpg

Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
bullet_vest.jpg

Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
bulletproof_vest_specialforces_forum.jpg

Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
You trying to prove that Poles haven't done much?

Are you trying to prove Americans are primitive, obnoxious, big mouths?
 
bulletproof_vest_1500_top.jpg

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
Share
32
It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
george_e_goodfellow_c1881.jpg

Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
jan_szczepanik_portrait.jpg

Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
bullet_vest.jpg

Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
bulletproof_vest_specialforces_forum.jpg

Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
You trying to prove that Poles haven't done much?

Are you trying to prove Americans are primitive, obnoxious, big mouths?
What have Poles don't recently? Besides be curing a constant hangover.
 
bulletproof_vest_1500_top.jpg

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
Share
32
It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
george_e_goodfellow_c1881.jpg

Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
jan_szczepanik_portrait.jpg

Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
bullet_vest.jpg

Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
bulletproof_vest_specialforces_forum.jpg

Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
You trying to prove that Poles haven't done much?

Are you trying to prove Americans are primitive, obnoxious, big mouths?
What have Poles don't recently? Besides be curing a constant hangover.

I've listed a ton of things on this, already.
Not my fault you have trouble reading.
 
Paralyzed Man Walks Again After 'Miracle' Surgery

By NAINA BAJEKAL
October 21, 2014
TIME Health
For more, visit TIME Health.
A man who was completely paralyzed from the waist down has learned to walk again after Polish doctors transplanted cells from the patient’s nose into the damaged part of his spine. This pioneering research offers hope for treatment to millions of people around the world with spinal cord injuries.

The patient, 38-year-old firefighter Darek Fidyka from Poland, was left with a completely severed spinal cord after being stabbed four years ago. His doctors had given him a less than 1% chance of recovery but thanks to revolutionary surgery carried out in 2012 Fidyka is now able to walk again with a frame. “It’s an incredible feeling, difficult to describe,” he recounts in a BBC documentary to be aired Tuesday “When it starts coming back, you feel as if you start living your life again, as if you are reborn.” Fidyka has been able to resume an independent life and is even able to drive a car.

The procedure was carried out by Polish surgeons in collaboration with British researchers at University College London. Professor Geoffrey Raisman, who led the U.K. research team, called the breakthrough “historic” and said what had been achieved was “more impressive than man walking on the moon.”

A paralyzed man walks again after miracle surgery
 
Reshaping the Present Medicine with Zortrax M200 – the World’s First Medical Winch


There have been plenty of publications covering the topic of 3D printing in medicine. It’s surely the factor that can streamline the progress and implementation of the newest technologies. By radically shortening the time between planting the idea in our minds and materializing it, we can provide help much faster, so it is in fact more efficient. More time saved translates simply to the shorter period of painful and stressful time of awaiting the surgery or during it.

ZORTRAX_3DPrinted_winch_ppl-1.jpg
These reasons, together with the talent and creativity, pushed one of our engineers to design, 3D print and assemble a high utility device – a varicose vein closing laser optic fibre winch. Although the name may be slightly confusing, the device itself is based on a simple mechanism that provides steady pace of withdrawing the optic fibre from the varicose blood vessel.

Creating World's First Medical Winch with Zortrax M200 | Zortrax
 
Polish scientists develop revolutionary graphene machine
05.12.2014 09:09
A Polish prototype machine to create graphene has been hailed as a significant breakthrough, potentially allowing mass production of the material at a low cost.
7e31aae7-06ea-434c-b2e8-751981bf3a76.file
foto: AlexanderAlUS/wikipedia



7e31aae7-06ea-434c-b2e8-751981bf3a76.file

Model of graphene structure Photo: AlexanderAlUS/wikipedia
Researchers from the Institute of Electronic Materials Technology collaborated with engineers from the firm Seco-Wawreick to create a machine which can produce a sheet of graphene with a surface area of 50x50 cm within four hours.

According to Dr. Włodzimierz Strupiński from the Institute this is now one of the most efficient graphene producing machines in the world, and only Japan and Korea have any comparable technology.

Graphene is a form of pure carbon arranged in sheets that are just one atom thick.
Potential future uses for graphene includes smartphones with flexible screens which can be rolled up, home computers which are several hundred times faster than silicon ones, and reduced power loss in electricity cables.

The Polish government has supported attempts to make the country a world leader in a hypothetical future graphene industry, and the first industrial scale production of graphene in Poland was launched at the end of last year.

Currently the usage of graphene is limited by a high price as the material costs 120 zloty (30 euro) per square centimetre. The Polish prototype is expected to be able to undercut market prices and thus allow large scale production.

However as the prototype machine was financed by the National Centre for Research and Development it cannot immediately be used for commercial purposes. According to the newspaper Metro a machine which can be used commercially will be fully developed next year. (sl/jb)

Polish scientists develop revolutionary graphene machine
 
Solaris Bus & Coach realized the world’s first mobile blood donation centre in an electric bus, the Solaris Urbino 8.9 LE electric. It is the first of two vehicles of this type commissioned by the Regional Blood Donation Centre (RCKiK) in Katowice. On the day of its première the vehicle won an award at the International Invention and Innovation Show INTARG.

DSC_0382-e1531404655699.jpg


Bloodmobile emission-free
The first fully emission-free bloodmobile, or mobile blood donation centre, was presented officially during the celebration of the 70th anniversary of the Regional Blood Donation and Hemotherapy Centre in Katowice. The vehicle was built on the basis of a Solaris Urbino 8,9 LE electric – i.e. the model that started a series of eco-friendly, electric vehicles made by the Bolechowo-based bus maker, that now is the leader of European market of electric buses. The company has recently been acquired by Spanish group CAF.

Electric bus by Solaris with led lighting
The Solaris Urbino 8.9 LE electric resembles a standard bus from the outside, but it has been adjusted to the needs of blood donation and storage. In line with the requests of RCKiK in Katowice, the manufacturer has equipped the bus with two specialist mobile blood donor lounges, a doctor’s office, a reception area as well as a small catering area. What is more, the vehicles are also fitted with, among others, shutters and external awnings as well as an LED-technology lighting. Thanks its air-conditioned passenger compartment, Wi-Fi access and USB ports installed near the lounges, anyone willing will be able to donate blood in a comfortable setting.

DSC_0357-e1531404673272.jpg


Blood donation in close places
The electric bloodmobile was designed and built in a way that allows to hold blood donation campaigns without interruption in city centres, shopping malls, sports halls, i.e. in venues where conventional vehicles – i.e. with a normal combustion engine – for blood donation cannot be used. Boasting an electric drive of 160 kW and batteries with a capacity of 160 kWh, the bus ensures a fully emission-free operation mode even with regard to heating or air-conditioning, as well as when all devices on-board are operating.

Awarded vehicle
The less-than-nine-metre long Solaris Urbino electric made in Bolechowo meets all standards and regulations applicable for blood donation centres, but it also enables the remote transmission of data to the Blood Bank computer system. It is among others those very features that convinced the jury to award the vehicle makers with the prize of the International Invention and Innovation Show INTARG 2018. The makers have also filed the design of the electric ambulance for blood donation with the Patent Office and the application is being scrutinised now. Co-operation between Solaris and the Regional Blood Donation and Hemotherapy Centre in Katowice started a long time ago, having lasted for over 20 years. The first special purpose vehicle made in Bolechowo – a mobile station for blood collection based on a coach, rolled out of the factory in 1996.

Donate blood in an electric bus. Solaris made this possible - Sustainable Bus
 
bulletproof_vest_1500_top.jpg

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
#technology & innovation
Author: Wojciech Oleksiak
Published: Jan 4 2017
Share
32
It’s 16th March 1897 in Chicago. Two men stand face-to-face in a huge square, one pointing a revolver at the other. It seems like the whole city is there watching: the mayor, the chief of police, a mob of spectators, and a priest, just in case...

The ‘executor’ fires his gun from a few feet away. The bullet hits and the victim keels over… but he almost immediately stands up again. He raises his hands, perfectly unscathed. People cheer. Everybody’s clapping their hands and throwing their hats in the air.

Did the shooter use blank bullets? Or did the audience just witness a magic trick? Neither. The bullets were real, it wasn’t a trick at all. But there was a bit of magic in what happened that day in Chicago. Let’s start from the beginning.

This article is also available in an audio format. Click on the image below to listen to our podcast Stories From The Eastern West on Kazimierz Żegleń's incredible invention.





A monk who travelled across the ocean
casimir_zeglen_eastnews.jpg

Kazimierz Żegleń aka Casimir Zeglen, photo: East News
The man who took that shot in the windy city went down in American history as Casimir Zeglen. He was in fact a Polish immigrant whose name was formally Kazimierz Żegleń (Ka-zhee-miesh Jeh-glen). He was born in 1869 in Poland, in a part occupied by the Austro-Hungarian Empire at that time. At the age of 18, he joined The Congregation of the Resurrection of Our Lord Jesus Christ and became a monk. A few years later, he emigrated to America where his life took a considerably different direction.

In America, Żegleń discovered he had a gift for inventiveness and he started working on developing durable materials. You’re probably asking ‘Why would a monk get interested in creating durable materials?’ at this point. Good question.

At the time of his arrival on American soil, US society was being troubled by so-called anarchists carrying out repeated attacks on public figures. Multiple assassination attempts were carried out and eventually Chicago’s mayor, Carter Harrison Senior, was infamously murdered at his own house.

Reportedly, being a spiritual man, Żegleń was deeply distraught by these tragic events and decided to use his inventiveness to save people’s lives. And so, the monk started working on bulletproof armour of a new kind, so light that people could wear them on top of or under their usual clothes.

A fateful autopsy
george_e_goodfellow_c1881.jpg

Dr. Goodfellow's office was on the second floor of the Crystal Palace Saloon, seen here in 1885, photo: wikimedia
Until the late 19th century, the only bulletproof armour that had been proven to be reasonably effective was made from plates of metal and weighed far too much to allow unfettered movement.

The breakthrough came in 1881. A physician, named George E. Goodfellow from Tombstone, Arizona noticed, during a post mortem examination of a man would had been shot, that a silk handkerchief in the victim’s breast pocket had significantly reduced the penetration of one of the bullets.

Bewildered by his discovery, Goodfellow started investigating the bulletproof properties of silk and even constructed a vest that consisted of 30 layers of the stuff. Obviously, that many layers of silk is even heavier than a metal plate, but further experiments led him to reduce the number to 18. Though still a long way to go, it was clear that the invention of a fabric bulletproof vest was nearing reality. However, Goodfellow was a devoted physician more than anything else, and he abandoned his work with silk to return to his primary profession.

Go on, shoot me
fathercasimirzeglen.jpg

Casimir Zeglen during one of his public tests, photo: public domain
This is where we go back to 16th March 1897 and that sunny square in Chicago. It was a common right to carry guns at the time but none of the invited audience, not even the mayor, knew exactly what to expect when they saw this duo face each other.

Żegleń’s assistant fires his revolver and hits him right in the torso. The impact is certainly painful but it does no harm to the inventor – he’s wearing a silk bulletproof vest of his own creation. It’s far thinner than any other that’s come before, at just 1 centimetre (0.4 inches) thick.

Żegleń came up with a peculiar way of sewing silk layers, which allowed making the most out of silk’s natural properties. He had hand-sewn the vest on his own but prior to the public test he had never actually tested it. He was lucky to survive. Further experiments proved that only a perfectly sewn vest was fully effective, and the level of precision required was dangerously absent in hand-sewn copies of his version.

Though he was a gifted inventor, Żegleń was not a trained engineer and unable to create a machine that would produce vests quicker and guarantee each was safe. He tried to find investors and manufacturers in America but couldn’t get backers, so in December 1897 he headed for Europe.

Enter the Polish Edison
jan_szczepanik_portrait.jpg

Jan Szczepanik, photo: public domain
Soon after arriving at Europe’s shores, Żegleń was directed to Jan Szczepanik (Yan Sh-Che-Pa-Nick), a figure referred to alternately as ‘the Polish Edison’, ‘the Austrian Edison’ (much to his disliking) and even ‘Leonardo da Vinci from Galicia’. He was a genius inventor, one of the first people to even think of colour film and the man who invented the telecstrocope – a television prototype that transmitted images and sound, enabling them to be viewed live remotely. With the invention of appropriate technology years later, his concept became a reality. Szczepanik also invented a few far less mind-blowing but fully operating machines, which made him well-known and well-off. Among these, he created a machine that could print decorative colour tapestry, a grand-grand parent of the colour printer.

Żegleń and Szczepanik teamed up and began working on technology that could automatically manufacture silk bulletproof vests. After only a few months, the production line was up and running and the vest publicly available to… only the extremely rich. Silk was always very expensive and its investors wanted to capitalise properly on their invention. A single vest cost around $800 (approximately $6,500 today).

Szczepanik was so delighted with the invention that he leaned hard on Żegleń to try buy the patent from him. He never succeeded. However, he was very successful in telling everybody that he was the inventor of the silk vest and conducted further public tests alone (they were 100% safe this time). His self-promotion went so well that until the present day, most Europeans who have heard of the invention think it was Szczepanik, not Żegleń, that was the silk vest’s inventor. The latter, during this promotion period, had gone back to America with his new-found knowledge to again try find investors to start a production line.

The double life of a silk vest
Szczepanik and Żegleń de facto parted ways after the machine that had automatically sewn them was constructed. Apparently, the Polish Edison was a better entrepreneur as he managed to popularise the product in Europe, even convincing Tsar Nicholas II to purchase one following another impressive test (though obviously it didn't save him from later execution by the Bolsheviks).

It reached its peak popularity after the silk fabric, sewn according to his method, was used to armour the royal coach of King Alfonso XIII of Spain and saved his life during an assassination attempt. A hand-made grenade was thrown at him and the shrapnel didn’t manage to penetrate the fabric.

Żegleń was far less successful in America. He veered away from his original plan and founded the Zeglen Tire Co and American Rubber and Fabric Company, which produced tubeless, impenetrable tires. Unfortunately, we know very little about the prosperity of these companies. We don’t even know the actual date of his death, indicating he didn’t become overwhelmingly rich and popular, to say the least.

Inches from an alternate history
bullet_vest.jpg

Demonstrator of bullet-proof vest, 1923, photo: Harris & Ewing Collection (Library of Congress)
So did the silk vest change history? It’s unclear, but our best guess is that it was actually very close in doing so. Both inventors used one of the best-known methods of promoting their products – they offered it to rich, famous and powerful people, such as King Alfonso XIII of Spain. But not all of them were smart enough to understand the invention’s usefulness.

In 1901, six months prior to the assassination of American president William McKinley, Żegleń had offered a vest to his security officer George B. Cortelyou, but was turned down for an unknown reason. Mc Kinley, in September 1901, was killed with a revolver, shot at him from a few metres away. A silk vest would certainly have saved his life.

Szczepanik is rumoured to have offered his vest to Archduke Franz Ferdinand of Austria and the legend has it that he was similarly turned down. Given that the assassination of the archduke led to the outbreak of World War I, many like to wish that if only he had worn Szczepanik’s vest that day…

As much as we like alternative history theories, the Franz Ferdinand story seems to be an urban legend. There’s no hard evidence the vest was offered to him but, first and foremost, the vest probably wouldn’t have saved him even if he had worn it on 28th June 1914. Bullet and gun technology had vastly improved over the beginning of the 20th century, and by around 1910 Żegleń’s / Szczepanik’s silk vest had no guarantee of being impenetrable. It was in fact proven useless by 1913, a year before the archduke was killed.

Legacy today
bulletproof_vest_specialforces_forum.jpg

Modern bulletproof vest, photo: Krystian Maj/FORUM
The invention of the silk vest was revolutionary and paved the way for future bulletproof vests inventors. The proven idea that fabric could stop bullets led to the creation of modern armours that work on the same basis but use much more endurable, synthetic fabrics. Thousands of people, millions even, have since relied on this technology to stay alive in combat situations.

Sadly, although probably wisely, one thing that hasn’t been carried on are thrilling public tests similar to those performed by Żegleń and Szczepanik. Nobody seems quite so determined anymore to prove their product’s functionality by putting their own life in fatal danger.

As much as they must have been marvellous spectacles, remember: don’t try this at home!

The Monk who Stopped Bullets with Silk: Inventing the Bulletproof Vest
You trying to prove that Poles haven't done much?

Are you trying to prove Americans are primitive, obnoxious, big mouths?
What have Poles don't recently? Besides be curing a constant hangover.

I've listed a ton of things on this, already.
Not my fault you have trouble reading.
Your pics are all 100 years old except the last one about police, which they didn't invent. So you have nothing. Got it.
 
Polish scientists develop revolutionary graphene machine
05.12.2014 09:09
A Polish prototype machine to create graphene has been hailed as a significant breakthrough, potentially allowing mass production of the material at a low cost.
7e31aae7-06ea-434c-b2e8-751981bf3a76.file
foto: AlexanderAlUS/wikipedia



7e31aae7-06ea-434c-b2e8-751981bf3a76.file

Model of graphene structure Photo: AlexanderAlUS/wikipedia
Researchers from the Institute of Electronic Materials Technology collaborated with engineers from the firm Seco-Wawreick to create a machine which can produce a sheet of graphene with a surface area of 50x50 cm within four hours.

According to Dr. Włodzimierz Strupiński from the Institute this is now one of the most efficient graphene producing machines in the world, and only Japan and Korea have any comparable technology.

Graphene is a form of pure carbon arranged in sheets that are just one atom thick.
Potential future uses for graphene includes smartphones with flexible screens which can be rolled up, home computers which are several hundred times faster than silicon ones, and reduced power loss in electricity cables.

The Polish government has supported attempts to make the country a world leader in a hypothetical future graphene industry, and the first industrial scale production of graphene in Poland was launched at the end of last year.

Currently the usage of graphene is limited by a high price as the material costs 120 zloty (30 euro) per square centimetre. The Polish prototype is expected to be able to undercut market prices and thus allow large scale production.

However as the prototype machine was financed by the National Centre for Research and Development it cannot immediately be used for commercial purposes. According to the newspaper Metro a machine which can be used commercially will be fully developed next year. (sl/jb)

Polish scientists develop revolutionary graphene machine



Get back with us after Graphene is used for cell phone chips, ok?

Thus far all that Graphene stuff is looking like bullshit. Since 2009
 
31.08.2018 change 31.08.2018

  • ©
Students from Gliwice win architectural competition in Valencia
Zrzut%20ekranu%202018-08-30%20o%2011.03.46.png
Source: press office of the Silesian University of Technology in Gliwice
Students of the Faculty of Architecture of the Silesian University of Technology in Gliwice took first and second place in the international architectural competition #ValenciaCall. Their task was to design social housing in Valencia.

According to the university spokeswoman Katarzyna Wojtachnio, out of more than one hundred projects sent from all over the world, the jury of the competition selected Casa Española, designed by Paweł Pacak and Katarzyna Ponińska from the Silesian University of Technology. Their design is inspired by the atmosphere of the Spanish city and its residents` lifestyle. To capture it, instead of one building the architecture students decided to design four smaller ones, forming a coherent residential complex.

"Narrow streets intersecting a closed quarter provide natural ventilation and air circulation, and create the Spanish atmosphere of narrow and charming streets. The ground floor is open to residents not in the form of services, but a multifunctional square where Spanish life happens 24 hours a day. Fiesta, siesta, afternoon coffee, dinner, evening entertainment, meeting friends or ordinary relaxation - the life of the residents gives a new look to the façade and creates a vibrant and colorful image instead of a dead glass" - the winners of the competition describe their project.

On the ground floor of the residential complex they designed a snack bar, a summer kitchen, a cafe, a garden and a relaxation area. The height of the buildings has been adjusted to solar conditions. Façade of buildings is simple and modest, plaster and glazing refer to the architecture adjacent to the object.

The jury awarded second place to the project El Espacio, also prepared by students of the Silesian University of Technology: Marta Błaszczyk, Anna Czapla, Filip Gawin, Kacper Kania and Marlena Michalska.

When creating their projects, the competition participants had to take into account the historical city centre and the presence of historic buildings, as well as the needs of the local community, local culture and tradition, trends in social housing and the purpose of the building.

The #ValenciaCall competition was organized by the website "Start for Talents", the mission of which is to promote architecture. The designs of students of the Silesian University of Technology turned out to be the best among 113 projects sent from around the world. (PAP)


Students from Gliwice win architectural competition in Valencia
 
Northrop Grumman: We see Poland as the world leader in the acquisition of the IBCS and IAMD [Defence24 TV]
6 kwietnia 2018, 11:43
WISLA AIR DEFENCE PROGRAMME



“So Poland is acquiring the most modern, state of the art system, for Integrated Air and Missile Defence in the world. We see Poland as the world leader in the acquisition of the IBCS and IAMD” – as Tarik M. Reyes, Vice President, Missile Defense & Protective Systems Division, Northrop Grumman told Defence24 TV.

In Phase I, Poland will receive the full capability of the IBCS. In Phase II, Poland will begin to integrate other sensors, like the Polish indigenous sensors that are developed here in the country” – said the representative of the US company during the ceremony of the signature of the contract for Wisła system for the Polish Armed Forces.

Tarik M. Reyes added that the “Polish Industry will receive offset as far as training and education and development, around IAMD, as a whole so IBCS will be included as a part of that training, that technology transfer. And a lot of countries will follow soon, as I said, Poland is the leader around modern, modernized Integrated Air and Missile Defence”.

IBCS, developed and manufactured by Northrop Grumman, is introducing the entirely new architecture of the Patriot air defence system, allowing to operate in the net-centric environment. IBCS makes it possible to add new elements (radars and missiles of different types) to the system. So, the architecture allows to integrate a radar

Northrop Grumman: We see Poland as the world leader in the acquisition of the IBCS and IAMD [Defence24 TV]
 
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