The photon and the electron are one and the same particle indifferent conditions.
=.
In every physical text-book is possible to read that the photon
and the electron are very different particles.
What do we know about them?
About photon Einstein wrote:
‘ All these fifty years of conscious brooding have brought me
no nearer to the answerto the question, 'What are light quanta?'
Nowadays every Tom, **** and Harry thinks he knows it,
but he is mistaken. ‘
And we don't know why the electron has six ( 6 ) formulas
E=h*f , e^2=ah*c , +E=Mc^2 and -E=Mc^2 ,
E=-me^4/2h*^2= -13,6eVand E= ∞
We don't know: what are interactions between them.
=.
Now physicists think that electron interacts with another usingphoton.
But Russian physicist V. Rydnik wrote:
' Now take the electron. Even if its velocity is close to that
of light – 10^10 cm/s –it will have a momentum of only
about 10^-17 g cm/s. Thegamma photon used for
illumination has a veryshort wavelength ( say, 6 10^13 cm)
and a momentum of 10^-14, which is thousands of times that
of the electron. So, whena photon hits an electron, it is like
a railway train smashinginto a baby- carriage.’
/ ABC’s of quantum mechanics. By V. Rydnik.Page 98-99. /
So, electron cannot interact with photon in such way.
====.
a)
when photon moves with constant speed c=1 – it is a flat particle and
electron is usually takenas a sphere- particle.
The photon and the electron are not a firm constant particles,
their geometrical form can be changed.
b)
In the QM the electron follows Fermi- Dirac (fermion) statistics =
uses only h*=h/2pi(Pauli Exclusion Law )
while the photon follows Bose- Einstein (boson) statistics = uses only h.
c)
Every quantum particle possess dualistic ability
(simultaneous wave-corpusculardualism)
==============…
My idea.
The photon and the electron are one and the same particle in different
conditions and the *simultaneouscorpuscular/wave dualism* phenomena
of quantum particle can provemy idea.
I say: every quantum particle has not only one (1) but two (2)different own,
Inner impulses (spins).
By the linear spin h=1 quantum - particle receives straight – uniform
movement with constantspeed c=1
Using the linear spin h=1 quantum particle behaviors as a corpuscular
(there isn't anyelectromagnetic radiation)
By the angular spin h*=h/2pi quantum-particle rotates around itsdiameter
and its speed is fasterthan c=1. Its speed is c>1 as a frequency of particle.
The rotating frequency of particle creates waves.
The independent quantum particlecan use own / inner linear or angular
(and vice versa) impulsedepends on situation. ( h <==> h*=h/2pi)
=.
Quote by Heinrich Hertz on Maxwell's equations:
"One cannot escape the feeling that these mathematicalformulae
have an independent existence and an intelligence of their own,
that they are wiser than we are, wiser even than their discoverers,
that we get more out of them than was originally put into them."
Can we understand the wisdom of the quantum particle?
==.
=.
In every physical text-book is possible to read that the photon
and the electron are very different particles.
What do we know about them?
About photon Einstein wrote:
‘ All these fifty years of conscious brooding have brought me
no nearer to the answerto the question, 'What are light quanta?'
Nowadays every Tom, **** and Harry thinks he knows it,
but he is mistaken. ‘
And we don't know why the electron has six ( 6 ) formulas
E=h*f , e^2=ah*c , +E=Mc^2 and -E=Mc^2 ,
E=-me^4/2h*^2= -13,6eVand E= ∞
We don't know: what are interactions between them.
=.
Now physicists think that electron interacts with another usingphoton.
But Russian physicist V. Rydnik wrote:
' Now take the electron. Even if its velocity is close to that
of light – 10^10 cm/s –it will have a momentum of only
about 10^-17 g cm/s. Thegamma photon used for
illumination has a veryshort wavelength ( say, 6 10^13 cm)
and a momentum of 10^-14, which is thousands of times that
of the electron. So, whena photon hits an electron, it is like
a railway train smashinginto a baby- carriage.’
/ ABC’s of quantum mechanics. By V. Rydnik.Page 98-99. /
So, electron cannot interact with photon in such way.
====.
a)
when photon moves with constant speed c=1 – it is a flat particle and
electron is usually takenas a sphere- particle.
The photon and the electron are not a firm constant particles,
their geometrical form can be changed.
b)
In the QM the electron follows Fermi- Dirac (fermion) statistics =
uses only h*=h/2pi(Pauli Exclusion Law )
while the photon follows Bose- Einstein (boson) statistics = uses only h.
c)
Every quantum particle possess dualistic ability
(simultaneous wave-corpusculardualism)
==============…
My idea.
The photon and the electron are one and the same particle in different
conditions and the *simultaneouscorpuscular/wave dualism* phenomena
of quantum particle can provemy idea.
I say: every quantum particle has not only one (1) but two (2)different own,
Inner impulses (spins).
By the linear spin h=1 quantum - particle receives straight – uniform
movement with constantspeed c=1
Using the linear spin h=1 quantum particle behaviors as a corpuscular
(there isn't anyelectromagnetic radiation)
By the angular spin h*=h/2pi quantum-particle rotates around itsdiameter
and its speed is fasterthan c=1. Its speed is c>1 as a frequency of particle.
The rotating frequency of particle creates waves.
The independent quantum particlecan use own / inner linear or angular
(and vice versa) impulsedepends on situation. ( h <==> h*=h/2pi)
=.
Quote by Heinrich Hertz on Maxwell's equations:
"One cannot escape the feeling that these mathematicalformulae
have an independent existence and an intelligence of their own,
that they are wiser than we are, wiser even than their discoverers,
that we get more out of them than was originally put into them."
Can we understand the wisdom of the quantum particle?
==.