energy transmission requires information

[scruffy]

Scruffy is proven right again!


Caltech researchers have shown that energy transmission in a quantum context requires the exchange of information.

Universal Bound on Effective Central Charge and Its Saturation

The effective central charge (denoted by ${c}_{\mathrm{eff}}$) is a measure of entanglement through a conformal interface, while the transmission coefficient (encoded in the coefficient ${c}_{LR}$ of the two-point function of the energy-momentum tensor across the interface) is a measure of...

link.aps.org

Energy transmission in quantum field theory requires information: Research finds surprisingly simple relationship

An international team of researchers has found a surprisingly simple relationship between the rates of energy and information transmission across an interface connecting two quantum field theories. Their work was published in Physical Review Letters on August 30.

phys.org

 

[Donald H]

Scruffy is proven right again!


Caltech researchers have shown that energy transmission in a quantum context requires the exchange of information.

Universal Bound on Effective Central Charge and Its Saturation

The effective central charge (denoted by ${c}_{\mathrm{eff}}$) is a measure of entanglement through a conformal interface, while the transmission coefficient (encoded in the coefficient ${c}_{LR}$ of the two-point function of the energy-momentum tensor across the interface) is a measure of...

link.aps.org

Energy transmission in quantum field theory requires information: Research finds surprisingly simple relationship

An international team of researchers has found a surprisingly simple relationship between the rates of energy and information transmission across an interface connecting two quantum field theories. Their work was published in Physical Review Letters on August 30.

phys.org

Sounds like a hoax to me.

 

[scruffy]

Sounds like a hoax to me.

It's actually a huge challenge to the Standard Model of quantum physics.

Let us postulate:

The correlated state of entangled pairs is actually a stochastic symmetry.

There is no "electron cloud". No such thing. Instead, there is a very fast stochastic process with an information symmetry.

So effectively, entanglement and quantum collapse becomes a matter of "conservation of information".

It "looks" to us like a diffuse cloud, only because it's so darn fast.

The basic principle of entanglement and collapse can be described thusly:

The "very fast stochastic process" always pushes the information to opposite corners of a hypercube. That is why, the outcome of a collapse is always "perfectly correlated", and it is also why correlation is maintained during an entanglement.

Very simple. Very easy. You have a set of available positions or paths, and you have a stochastic process that chooses one, and the instant that happens the other member of the pair will automatically conform.

This model is compatible with 100% of known physics, and it explains the mystery of entanglement (which the current quantum mechanics can not do).

INFORMATION is fundamental. There is a conservation law associated with it.

In fact, what we PERCEIVE as "uncertainty", could be merely the reflection of a very fast stochastic process having to do with information transfer.