QED induced radiation

Electrical current drives a solid nanocrystal through a constriction not by melting or deformation but as the atoms are separated from each other by the Coulomb charge repulsion induced by QED ionization

Claims that a thermal platform allows nanoscale samples to be tested at extreme temperatures of 4000 K may be safely dismissed as quantum mechanics precludes the atom from conserving heat by an increase in temperature.

The simplified method in computational chemistry awarded in the 2013 Nobel in Chemistry is valid only if the QED radiation required by quantum mechanics is included in the molecular dynamics simulation

Classical physics by requiring nanobubbles to dissolve instantly is superseded by quantum mechanics that stabilizes surface tension by electrostatic repulsion from hydroxyl ions created from the QED induced dissociation of water molecules

The Universe that began with the Big Bang and has been expanding ever since is now being questioned by a Universe without expansion where the redshift measured by Hubble is caused by the mass of the Universe increasing in time.

The beneficial QED radiation cooling of electronics by applying nanoscale coatings of zinc oxide to circuit elements is not new having been mistaken for a half-century in thin films as a reduction in thermal conductivity

Claims based on classical physics that Joule heat in graphene monolayer Field-effect transistors produces temperatures in excess of 1000 K are refuted by quantum mechanics.

Only blackbody radiation heat carriers moving at the speed of light – not phonons and electrons - are consistent with the Fourier law that implicitly requires thermal disturbances to travel at infinite velocity

Spin-valve storage of data in magnetic heads by the change in resistance from the alignment of electron spins is superseded by the dramatic superconductivity from charge carriers created by the conservation of Joule heat by QED

Current-induced switching in spin-valves by transfer of electron spin angular momentum is superseded by dramatic changes in photoconductivity by the photoelectric effect brought about by the QED induced conversion of Joule heat to EUV radiation