phonons act as photons

[AntonioLao]

Phonons are ‘quasi-particles’ which are long-lived single-particle excitations in the quantum theory of many-body system whose properties can be modified by their instantaneous interactions with the surrounding medium. They exist as quanta of crystal lattice vibrations. In this sense, each phonon is an energy quantum given by ℏ�� where ℏ is Planck’s constant of action over 2�� and �� is the classical wave angular frequency of the lattice vibration in the order of a trillion cycles per second of time. This value is equivalent to the frequency of infrared radiation and is higher than that of MASERs and lower than that of LASERs.

To increase the frequency of phonons comparable to frequencies of gamma radiation is to increase it by 10 millions folds, from 10 Hz to 100 Hz. For classical wave theory, this requires a wavelength of the order of 1 femtometer or less. This effective wavelength must be at most equal the longest distance between any two neighboring lattice vertices. Fortunately, the unit cell of crystalline substances can be classified into verifiable crystal systems. If each cell is a parallelepiped with sides: ��, ��, �� and if �� is the angle between �� and ��, �� is the angle between �� and ��, and �� is the angle between �� and �� then at least there are seven classes: (1) Cubic ��=��=�� and ��=��=��=90°, (2) tetragonal ��=��≠�� and ��=��=��=90°, (3) orthorhombic ��≠��≠�� and ��=��=��=90°, (4) hexagonal ��=��≠�� and ��=��=90°, ��=120°, (5) trigonal ��=��≠�� and ��=��=��≠90°, (6) monoclinic ��≠��≠�� and ��=��=90°≠��, (7) triclinic ��=��=�� and ��≠��≠��. Among these, the cubic lattice can accommodate the face-centered and the body-centered structures. However, the face-centered lattice gives an inscribed octahedron if and only if the cube is subdivided into 8 smaller cubes. Indefinite subdivision of cube into smaller cubes allows the formations of lattice harmonics that eventually reach phonons of gamma frequencies needed for cold fusion.

[Lloyd Gillespie]

Phonons are ‘quasi-particles’ which are long-lived single-particle excitations in the quantum theory of many-body system whose properties can be modified by their instantaneous interactions with the surrounding medium. They exist as quanta of crystal lattice vibrations. In this sense, each phonon is an energy quantum given by ℏ�� where ℏ is Planck’s constant of action over 2�� and �� is the classical wave angular frequency of the lattice vibration in the order of a trillion cycles per second of time. This value is equivalent to the frequency of infrared radiation and is higher than that of MASERs and lower than that of LASERs.

To increase the frequency of phonons comparable to frequencies of gamma radiation is to increase it by 10 millions folds, from 10 Hz to 100 Hz. For classical wave theory, this requires a wavelength of the order of 1 femtometer or less. This effective wavelength must be at most equal the longest distance between any two neighboring lattice vertices. Fortunately, the unit cell of crystalline substances can be classified into verifiable crystal systems. If each cell is a parallelepiped with sides: ��, ��, �� and if �� is the angle between �� and ��, �� is the angle between �� and ��, and �� is the angle between �� and �� then at least there are seven classes: (1) Cubic ��=��=�� and ��=��=��=90°, (2) tetragonal ��=��≠�� and ��=��=��=90°, (3) orthorhombic ��≠��≠�� and ��=��=��=90°, (4) hexagonal ��=��≠�� and ��=��=90°, ��=120°, (5) trigonal ��=��≠�� and ��=��=��≠90°, (6) monoclinic ��≠��≠�� and ��=��=90°≠��, (7) triclinic ��=��=�� and ��≠��≠��. Among these, the cubic lattice can accommodate the face-centered and the body-centered structures. However, the face-centered lattice gives an inscribed octahedron if and only if the cube is subdivided into 8 smaller cubes. Indefinite subdivision of cube into smaller cubes allows the formations of lattice harmonics that eventually reach phonons of gamma frequencies needed for cold fusion.

Yeah, maybe so, but__when you are at such high frequencies, no magnetic containment field can be built, to house the fusion... Other than the Tokamak, what containment source are you thinking of using, Antonio...? So far, my intuition tells me, only the natural universe is capable of this__containing the finite high frequency fields(possibly asymmetric), within the infinite even higher frequency fields(possibly even lower and symmetric), that absolutely would be required to eternally exist__since we know it does function, possibly somewhat as you've described...

[AntonioLao]

no magnetic containment field can be built

Fortunately, phonons are not electrically charged particles and their quasi properties do not need a container since their quasi-momenta will be absorbed completely.

[Lloyd Gillespie]

Fortunately, phonons are not electrically charged particles and their quasi properties do not need a container since their quasi-momenta will be absorbed completely.

So, what do I do__Just plug my toaster into the atmosphere...?

Like, how do you see your technical idea working__physically, scientifically mechanically...?

[AntonioLao]

what do I do

My 'counting the eggs before they are laid' answer is that simply talk to the toaster and it will start working. Conventionally, chicken farms owners probably talk to the roosters and it is up to them to persuade the hens to lay the eggs. The technology of using hand clappings to turn on and off household appliances already exists. For cold fusion, the technical difficulty is how to exponentially increase the sonal harmonics of standing waves reaching the frequency of gamma radiation in order to penetrate the femtometers nuclei of the deuterium atoms.

[Lloyd Gillespie]

My 'counting the eggs before they are laid' answer is that simply talk to the toaster and it will start working. Conventionally, chicken farms owners probably talk to the roosters and it is up to them to persuade the hens to lay the eggs. The technology of using hand clappings to turn on and off household appliances already exists. For cold fusion, the technical difficulty is how to exponentially increase the sonal harmonics of standing waves reaching the frequency of gamma radiation in order to penetrate the femtometers nuclei of the deuterium atoms.

Again__Like, how do you see your technical idea working__physically, scientifically mechanically...? Like, what is the description of the machinery...? I already know the physics you're attempting__I'm asking about the machine to pass the energy to the public__What is it...???

[AntonioLao]

What is it...???

A direct answer is that of the densiest crystalline substance with the idea that it can be a solid, a liquid, or even a gas. The problem is that solid crystals like diamond does not tessellate in 3D. So that in the natural environment, no diamond can be found as big as a basketball given the existing pressure and temperature. On the other hand, same technology exists for LASERs.