is a photon a ripple in time space , created as a symptom of a disruption instantaneously out of the vacuum
i was asked to look into a scientist who made a claim & refuses to demonstrate it as a fact & i made a video pointing this out…
is a photon a ripple in time space , created as a symptom of a disruption instantaneously out of the vacuum
i was asked to look into a scientist who made a claim & refuses to demonstrate it as a fact & i made a video pointing this out & explained Heisenberg's uncertainty principle, that requires the absolute position and velocity of any particle cannot both be simultaneously definable. & that any substance must have a certain minimum energy. even at a temperature of absolute zero, & This energy is referred to as zero-point energy. & mixing thes ideas does not prove free energy
above some threshold of this center-of-mass energy of the in a system of the two photons, matter can be created.
when a photon collides with a particle we need to now the particles charged state
photons can interact indirectly & push charged particles around BUT
if it "hits" an electron does All its energy get imparted to the electron,
which instantly jumps to a new energy level. The photon is destroyed?
does an electron in a high energy level
dropping to a lower energy-level electron
instantly convert into this & a photon.
There are many interpretations of what this and other phenomena in quantum mechanics mean on a deeper level, but "Shut up and calculate."
BUT i get graded by someone who failed to achieve overunity output from a generating system, in which the utilization of Inherent Mechanical Advantage is combined, with that of a quality, zero cogging, pma-comversion. rotary 2nd-class lever; torque; scalar; pma stator is connected delta; output rises amps over volts
& basic science ,, B-
https://archive.fo/97fJA
https://archive.fo/J6AWi
https://archive.fo/y7H4Z
https://archive.fo/kdIQV
https://archive.fo/Dil7L
https://youtu.be/tVWFEjiemyU?t=4m4s
https://en.wikipedia.org/wiki/Two-photon_physics
https://en.wikipedia.org/wiki/Pair_production
http://curious.astro.cornell.edu/about-us/137-physics/general-physics/particles-and-quantum-physics/805-how-are-p..
