einstone2001
03-27-2002, 08:27 AM
i was reading bangstrom's post #4468 in cosmology & astrophysics and
saw---something alclassic evidently didn't---that bangstrom had given
one of the best explanations of the conservation of a light quantum
of energy that i have ever seen.
since i would never plagiarize bangstrom, i was reading his post over
and over so i could easily rewrite it in my own words in my next
book. that was one little jewel of an idea that would have to go in.
i suddenly realized those sole electrons, giving & taking a quantum
of energy do not "see" (in quotes because they don't have eyes) any
of this space-time distortion. they "see" each other at the same
frequency. thus they can easily make the transfer and thus energy is
conserved.
electrons live in their own space-time world. but they do generate a
close quark subharmonic that attracts them to the quark-neutron in a
realm that we define as gravitational mass.
---but---
in this electron world where electrons do not "see" any differences
between themselves, they must however see this quark-neutron
gravitational mass frequency change as they approach it.
==========
this would change the sum & difference, hence subharmonic or
gravitational mass frequency attracting them to the nucleus.
==========
when this is done, like in music, there will be both close and
distant sub-harmonics generated but the close strong sub-harmonic
bands will repeat every so often as the electron approaches the
neutron.
the electrons, therefore, will tend to remain in these close strong
sub-harmonic band areas.
and this---people---is why you have quanta.
do you realize, as you read this, that you are the very first people
in the world reading the explanation of why we have quanta?
thank you bangstrom for putting me on the road so i can shout eureka.
saw---something alclassic evidently didn't---that bangstrom had given
one of the best explanations of the conservation of a light quantum
of energy that i have ever seen.
since i would never plagiarize bangstrom, i was reading his post over
and over so i could easily rewrite it in my own words in my next
book. that was one little jewel of an idea that would have to go in.
i suddenly realized those sole electrons, giving & taking a quantum
of energy do not "see" (in quotes because they don't have eyes) any
of this space-time distortion. they "see" each other at the same
frequency. thus they can easily make the transfer and thus energy is
conserved.
electrons live in their own space-time world. but they do generate a
close quark subharmonic that attracts them to the quark-neutron in a
realm that we define as gravitational mass.
---but---
in this electron world where electrons do not "see" any differences
between themselves, they must however see this quark-neutron
gravitational mass frequency change as they approach it.
==========
this would change the sum & difference, hence subharmonic or
gravitational mass frequency attracting them to the nucleus.
==========
when this is done, like in music, there will be both close and
distant sub-harmonics generated but the close strong sub-harmonic
bands will repeat every so often as the electron approaches the
neutron.
the electrons, therefore, will tend to remain in these close strong
sub-harmonic band areas.
and this---people---is why you have quanta.
do you realize, as you read this, that you are the very first people
in the world reading the explanation of why we have quanta?
thank you bangstrom for putting me on the road so i can shout eureka.