It is easy to observe that H only emits very specific energies of light which are «easily»
predicted by the quantum mechanics of the orbiting electrons and the allowed transitions between energy levels of those orbits.
And empty space, as you know it, is not really empty, here is a quote about it: The physical interpretation of the cosmological constant as vacuum energy density is supported by the existence of the «zero point» energy
predicted by quantum mechanics.
IT»S one of the weirdest things
predicted by quantum mechanics: a solid that flows, ghostlike, through itself.
The new discovery hinges on a quantum interface within atomic - scale defects in silicon carbide that generates the fragile property of entanglement, one of the strangest phenomena
predicted by quantum mechanics.
Not exact matches
A research team led
by Philip Walther has now tested for deviations from standard
quantum mechanics predicted by the alternative hyper - complex
quantum theory.
The physicists were interested whether the order of the interaction mattered, as
predicted by alternative versions of
quantum mechanics.
The study, published in Physical Review Letters
by researchers from UCL, the Russian Academy of Sciences (Russia), National Institute of Standards and Technology (USA) and Nicolaus Copernicus University (Poland), shows how the fundamental laws of
quantum mechanics can be used to
predict precisely how light of different colours is absorbed
by CO2.
Brian Greene explains the «many worlds» interpretation of
quantum mechanics (5 February, p 30)
by stating «if
quantum mechanics predicts...
If, after multiple measurements with this experimental setup, scientists found that the measurements of the particles were correlated more than
predicted by the laws of classical physics, Kaiser says, then the universe as we see it must be based instead on
quantum mechanics.
«Our results agree with what
quantum mechanics predicts about the spooky actions shared
by entangled particles.»