Quote by Henning Genz

“Just as photons are scattered off the charged particle-antiparticle pairs fluctuating in the vacuum, electrical charges will interact with the virtual photons of zero-point…

— Henning Genz

“Charged particles can scatter light by absorbing and reemitting it (a). Light can scatter off light only by the mediation of charged particles-the virtual…

— Henning Genz

“The photon itself, the carrier of the electromagnetic interaction, is electrically neutral. That means all interactions among photons proceed through the mediation of other,…

— Henning Genz

“In summary, there is nothing much to the conversion of energy into matter and vice versa. The first actual transformation of light into matter…

— Henning Genz

The emission of a particle is exactly equivalent to the absorption of it's antiparticle. If this is true,(and I believe it is) we have…

— Johnny Luckett

“There are really only two choices. Either the first particle communicates its situation far faster than the speed of light, indeed, with infinite speed,…

— Robert Lanza

“When we cause two of one kind of particle- say, an electron and a positron-to collide, the final products might be totally different particles;…

— Henning Genz

Photons are accurately and legitimately described as waves and particles at the same time. They are genuine wavicles.

— Neil deGrasse Tyson

“At a temperature of 10^10 degrees, the energy of the photons of the electromagnetic/thermal radiation becomes that needed for the creations of an electron-positron…

— Henning Genz

“This elementary process is symbolically illustrated in figure 59c: A photon becomes an electron-positron pair; inversely, an electron and a positron can combine into…

— Henning Genz

“Take an electron at rest. We can liberate its mass energy and transform it into different manifestations of energy by making it collide with…

— Henning Genz

However far apart we pull two entagled particles, they remain 'connected' through their common wavelength function. Their fates remain intertwined until a measurement is…

— Jim Al-Khalili