The Kiteman Konjecture
Here is a very recent quantum mechanical experiment that supports some of the theroretical components put forth in the Kiteman Konjecture:
Seeing quantum mechanics with the naked eye
http://www.physorg.com/news/2012-01-qua ... d-eye.html
This is of interest to me regarding a possible connection with the Rossi effect:
Building microscopic cavities which tightly trap light into the vicinity of electrons within the chip, they produced new particles called ‘polaritons’ which weigh very little, encouraging them to roam widely.
And this:
“These polaritons overwhelmingly prefer to march in step with each other, entangling themselves quantum mechanically.”
Seeing quantum mechanics with the naked eye
http://www.physorg.com/news/2012-01-qua ... d-eye.html
This is of interest to me regarding a possible connection with the Rossi effect:
Building microscopic cavities which tightly trap light into the vicinity of electrons within the chip, they produced new particles called ‘polaritons’ which weigh very little, encouraging them to roam widely.
And this:
“These polaritons overwhelmingly prefer to march in step with each other, entangling themselves quantum mechanically.”
I expect to see Rossi's dissertation on the subject shortly. Also something on how he builds the cavities.Axil wrote:Building microscopic cavities which tightly trap light into the vicinity of electrons within the chip, they produced new particles called ‘polaritons’ which weigh very little, encouraging them to roam widely.
And this:
“These polaritons overwhelmingly prefer to march in step with each other, entangling themselves quantum mechanically.”
Engineering is the art of making what you want from what you can get at a profit.
And Rossi is doing this at what temperature? By accident?Dr. Christmann added: “This is not something we ever expected to see directly, and it is miraculous how mirror-perfect our samples have to be. We can steer our rivers of polariton quantum liquid on the fly by scanning around the laser beams that create them.”
Increasing the number of laser beams creates even more complicated quantum states.
The goal of the work is to make such quantum states using an electrical battery and at room temperature, which would allow a new generation of ultrasensitive gyroscopes to measure gravity, magnetic field, and create quantum circuits.
But I get it. This is just like making rabbit stew. "First get a chicken...."
Engineering is the art of making what you want from what you can get at a profit.
I don’t get it. How does making a rabbit stew have anything to do with quantum mechanics?
Please explain.
This experiment shows that a robust quantum mechanical condensate of quasi-particles can be formed at high temperatures; one of the major requirements of the Rossi reaction.
I speculate that a phonon-proton quasi-biparticles is established that derives its coherence from phonon coherence transfer from the hot metal lattice.
The strong polarization of a pair of protons nails this cooper pair to the nickel lattice localizing it.
This strong particle lattice coupling leads to immediate coherence transferred between the phonons in the lattice and the proton quasi-particles.
In a nutshell, it is this formation of a condensate of Bipolarons which will eventually produce proton pairs that enter into the nickel nucleus when the superposition of Bipolaron quantum states is eventually broken.
Please explain.
This experiment shows that a robust quantum mechanical condensate of quasi-particles can be formed at high temperatures; one of the major requirements of the Rossi reaction.
I speculate that a phonon-proton quasi-biparticles is established that derives its coherence from phonon coherence transfer from the hot metal lattice.
The strong polarization of a pair of protons nails this cooper pair to the nickel lattice localizing it.
This strong particle lattice coupling leads to immediate coherence transferred between the phonons in the lattice and the proton quasi-particles.
In a nutshell, it is this formation of a condensate of Bipolarons which will eventually produce proton pairs that enter into the nickel nucleus when the superposition of Bipolaron quantum states is eventually broken.
Jeeze. If you read the quote I posed you will find it shows no such thing about high temperatures. Just the opposite in fact. And on top of that I made a point of singling it out.This experiment shows that a robust quantum mechanical condensate of quasi-particles can be formed at high temperatures;
You must live in a Parallel universe. Nothing wrong with that. It can be a source of endless amusement and often is.
Engineering is the art of making what you want from what you can get at a profit.
The short version:
LENR is completely understood except for a few minor details. It then follows that a lot of money should be spent in order to understand it because it works. It is just that no one is sure how.
In any case the potential is unlimited. So there.
LENR is completely understood except for a few minor details. It then follows that a lot of money should be spent in order to understand it because it works. It is just that no one is sure how.
In any case the potential is unlimited. So there.
Engineering is the art of making what you want from what you can get at a profit.