No. Because science tells us so.I don't believe in a young earth.
So I'm not sure how happy he would be with my argument.
Space and time were created ~14 billion years ago from no thing. The potential for beings that know and create existed before space and time because the laws of nature existed before space and time. These laws predestined that beings that know and create would eventually arise. All of these things are totally consistent with the beliefs of ancient man who recorded their beliefs in Genesis.
"..... because I say so".
Chapters 1 and 2 of Genesis is the allegorical account of creation. Specifically, the creation of the universe and everything in it from nothing and the evolution of space and time from cosmic evolution through the evolution of consciousness.
We know from science that space and time had a beginning. Specifically, red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations, quantum mechanics, the First Law of Thermodynamics, the Second Law of Thermodynamics and Inflation Theory.
Red shift, cosmic background radiation and Friedmann's solutions to Einstein's field equations tells us that all matter and energy in the universe once occupied the space of 1 billionth of 1 trillionth the size of an atom and then began to expand and cool. The the First Law of Thermodynamics (i.e. conservation of energy) tells us that since that time matter and energy has only changed form. Which means that the atoms in our bodies were created from nothing when space and and time were created from nothing.
Red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations and the Second Law of Thermodynamics tells us that space and time did have a beginning. If the universe is expanding then it must have a beginning. If you follow it backwards in time, then any object must come to a boundary of space time. You cannot continue that history indefinitely. This is still true even if a universe has periods of contraction. It still has to have a beginning if expansion over weights the contraction. Physicists have been uncomfortable with the idea of a beginning since the work of Friedman which showed that the solutions of Einstein's equation showed that the universe had a beginning. The problem with a cyclical universe is with the 2nd Law of Thermodynamics. For every matter to energy or energy to matter exchange there is a loss of usable energy. So while the total energy of the universe does not decrease, the usable energy of the universe does decrease. If it is a periodic or cyclical universe then the entropy will increase with each cycle. The 2nd Law of Thermodynamics is a fundamental law of nature which tells us that entropy can only increase or stay the same. Entropy can never decrease. Which means that in a finite amount of time, a finite system will reach a maximum state of disorder which is called thermal equilibrium and then it will stay in that state. A cyclical universe cannot avoid this problem. Since we do not see thermal equilibrium (good thing too because there would be no life) we know that the universe did have a beginning.
Inflation Theory, the First Law of Thermodynamics and quantum mechanics tells us that it is possible for matter to have a beginning. In a closed universe the gravitational energy which is always negative exactly compensates the positive energy of matter. So the energy of a closed universe is always zero. So nothing prevents this universe from being spontaneously created. Because the net energy is always zero. The positive energy of matter is balanced by the negative energy of the gravity of that matter which is the space time curvature of that matter. There is no conservation law that prevents the formation of such a universe. In quantum mechanics if something is not forbidden by conservation laws, then it necessarily happens with some non-zero probability. So a closed universe can spontaneously appear - through the laws of quantum mechanics - out of nothing. And in fact there is an elegant mathematical description which describes this process and shows that a tiny closed universe having very high energy can spontaneously pop into existence and immediately start to expand and cool.
Chapters 1 and 2 of Genesis is the allegorical account of creation and describes that the universe was created in steps or stage or phases. Scientific evidence tells us that the universe started out as subatomic particles and very quickly formed hydrogen and helium. This is called cosmic evolution. The hydrogen and helium formed stellar structures such as galaxies. This is called stellar evolution. The supernovas of stars created all of the elements and compounds that we see through fusion. This is called chemical evolution. All of these stages or phases had to occur before inanimate matter could make the leap to life. An event we still do not fully understand although the best understanding is that it can only occur in hot, wet conditions with an atmosphere rich in certain chemical compounds. Even with these condition being present we do not know how these chemical compounds could fold themselves in just the correct sequence to create life capable of replicating itself. The amount of information required for life to replicate is staggering. But however life made this leap we know it had to begin from a single celled organism and evolved into evermore increasing complex life forms up to the point that beings that know and create eventually arose.
Chapters 1 and 2 of Genesis tells us that space and time had a beginning, that it was created in steps and that life came from inanimate matter.
Chapters 1 and 2 of Genesis is the allegorical account of creation. Specifically, the creation of the universe and everything in it from nothing and the evolution of space and time from cosmic evolution through the evolution of consciousness.
We know from science that space and time had a beginning. Specifically, red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations, quantum mechanics, the First Law of Thermodynamics, the Second Law of Thermodynamics and Inflation Theory.
Red shift, cosmic background radiation and Friedmann's solutions to Einstein's field equations tells us that all matter and energy in the universe once occupied the space of 1 billionth of 1 trillionth the size of an atom and then began to expand and cool. The the First Law of Thermodynamics (i.e. conservation of energy) tells us that since that time matter and energy has only changed form. Which means that the atoms in our bodies were created from nothing when space and and time were created from nothing.
Red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations and the Second Law of Thermodynamics tells us that space and time did have a beginning. If the universe is expanding then it must have a beginning. If you follow it backwards in time, then any object must come to a boundary of space time. You cannot continue that history indefinitely. This is still true even if a universe has periods of contraction. It still has to have a beginning if expansion over weights the contraction. Physicists have been uncomfortable with the idea of a beginning since the work of Friedman which showed that the solutions of Einstein's equation showed that the universe had a beginning. The problem with a cyclical universe is with the 2nd Law of Thermodynamics. For every matter to energy or energy to matter exchange there is a loss of usable energy. So while the total energy of the universe does not decrease, the usable energy of the universe does decrease. If it is a periodic or cyclical universe then the entropy will increase with each cycle. The 2nd Law of Thermodynamics is a fundamental law of nature which tells us that entropy can only increase or stay the same. Entropy can never decrease. Which means that in a finite amount of time, a finite system will reach a maximum state of disorder which is called thermal equilibrium and then it will stay in that state. A cyclical universe cannot avoid this problem. Since we do not see thermal equilibrium (good thing too because there would be no life) we know that the universe did have a beginning.
Inflation Theory, the First Law of Thermodynamics and quantum mechanics tells us that it is possible for matter to have a beginning. In a closed universe the gravitational energy which is always negative exactly compensates the positive energy of matter. So the energy of a closed universe is always zero. So nothing prevents this universe from being spontaneously created. Because the net energy is always zero. The positive energy of matter is balanced by the negative energy of the gravity of that matter which is the space time curvature of that matter. There is no conservation law that prevents the formation of such a universe. In quantum mechanics if something is not forbidden by conservation laws, then it necessarily happens with some non-zero probability. So a closed universe can spontaneously appear - through the laws of quantum mechanics - out of nothing. And in fact there is an elegant mathematical description which describes this process and shows that a tiny closed universe having very high energy can spontaneously pop into existence and immediately start to expand and cool.
Chapters 1 and 2 of Genesis is the allegorical account of creation and describes that the universe was created in steps or stage or phases. Scientific evidence tells us that the universe started out as subatomic particles and very quickly formed hydrogen and helium. This is called cosmic evolution. The hydrogen and helium formed stellar structures such as galaxies. This is called stellar evolution. The supernovas of stars created all of the elements and compounds that we see through fusion. This is called chemical evolution. All of these stages or phases had to occur before inanimate matter could make the leap to life. An event we still do not fully understand although the best understanding is that it can only occur in hot, wet conditions with an atmosphere rich in certain chemical compounds. Even with these condition being present we do not know how these chemical compounds could fold themselves in just the correct sequence to create life capable of replicating itself. The amount of information required for life to replicate is staggering. But however life made this leap we know it had to begin from a single celled organism and evolved into evermore increasing complex life forms up to the point that beings that know and create eventually arose.
Chapters 1 and 2 of Genesis tells us that space and time had a beginning, that it was created in steps and that life came from inanimate matter.
Could we get clarification from Henry Morris on this?
Does Henry Morris believe that space and time were created ~14 billion years ago from no thing? Or that the potential for beings that know and create existed before space and time because the laws of nature existed before space and time? Or that these laws predestined that beings that know and create would eventually arise?
All of these things are totally consistent with the beliefs of ancient man who recorded their beliefs in Genesis.
Chapters 1 and 2 of Genesis is the allegorical account of creation. Specifically, the creation of the universe and everything in it from nothing and the evolution of space and time from cosmic evolution through the evolution of consciousness.
We know from science that space and time had a beginning. Specifically, red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations, quantum mechanics, the First Law of Thermodynamics, the Second Law of Thermodynamics and Inflation Theory.
Red shift, cosmic background radiation and Friedmann's solutions to Einstein's field equations tells us that all matter and energy in the universe once occupied the space of 1 billionth of 1 trillionth the size of an atom and then began to expand and cool. The the First Law of Thermodynamics (i.e. conservation of energy) tells us that since that time matter and energy has only changed form. Which means that the atoms in our bodies were created from nothing when space and and time were created from nothing.
Red shift, cosmic background radiation, Friedmann's solutions to Einstein's field equations and the Second Law of Thermodynamics tells us that space and time did have a beginning. If the universe is expanding then it must have a beginning. If you follow it backwards in time, then any object must come to a boundary of space time. You cannot continue that history indefinitely. This is still true even if a universe has periods of contraction. It still has to have a beginning if expansion over weights the contraction. Physicists have been uncomfortable with the idea of a beginning since the work of Friedman which showed that the solutions of Einstein's equation showed that the universe had a beginning. The problem with a cyclical universe is with the 2nd Law of Thermodynamics. For every matter to energy or energy to matter exchange there is a loss of usable energy. So while the total energy of the universe does not decrease, the usable energy of the universe does decrease. If it is a periodic or cyclical universe then the entropy will increase with each cycle. The 2nd Law of Thermodynamics is a fundamental law of nature which tells us that entropy can only increase or stay the same. Entropy can never decrease. Which means that in a finite amount of time, a finite system will reach a maximum state of disorder which is called thermal equilibrium and then it will stay in that state. A cyclical universe cannot avoid this problem. Since we do not see thermal equilibrium (good thing too because there would be no life) we know that the universe did have a beginning.
Inflation Theory, the First Law of Thermodynamics and quantum mechanics tells us that it is possible for matter to have a beginning. In a closed universe the gravitational energy which is always negative exactly compensates the positive energy of matter. So the energy of a closed universe is always zero. So nothing prevents this universe from being spontaneously created. Because the net energy is always zero. The positive energy of matter is balanced by the negative energy of the gravity of that matter which is the space time curvature of that matter. There is no conservation law that prevents the formation of such a universe. In quantum mechanics if something is not forbidden by conservation laws, then it necessarily happens with some non-zero probability. So a closed universe can spontaneously appear - through the laws of quantum mechanics - out of nothing. And in fact there is an elegant mathematical description which describes this process and shows that a tiny closed universe having very high energy can spontaneously pop into existence and immediately start to expand and cool.
Chapters 1 and 2 of Genesis is the allegorical account of creation and describes that the universe was created in steps or stage or phases. Scientific evidence tells us that the universe started out as subatomic particles and very quickly formed hydrogen and helium. This is called cosmic evolution. The hydrogen and helium formed stellar structures such as galaxies. This is called stellar evolution. The supernovas of stars created all of the elements and compounds that we see through fusion. This is called chemical evolution. All of these stages or phases had to occur before inanimate matter could make the leap to life. An event we still do not fully understand although the best understanding is that it can only occur in hot, wet conditions with an atmosphere rich in certain chemical compounds. Even with these condition being present we do not know how these chemical compounds could fold themselves in just the correct sequence to create life capable of replicating itself. The amount of information required for life to replicate is staggering. But however life made this leap we know it had to begin from a single celled organism and evolved into evermore increasing complex life forms up to the point that beings that know and create eventually arose.
Chapters 1 and 2 of Genesis tells us that space and time had a beginning, that it was created in steps and that life came from inanimate matter.
How does the Discovery Institute address this?
