In the Mach-Zehnder Interferometer single photon experiment, one of the two paths of the first beamsplitter can be blocked and thereby change the behavior of the second path with regard to its single photons when they arrive at the second beamsplitter that converges the two paths. In classical physics a single photon cannot be split into two photons of the same wavelength (let alone that that follow different paths). So this is inconsistent with classical physics. This isn't to say the GUTCP is isn't revolutionary in other ways that may predict lower energy states of hydrogen or that the reported coefficients of performance exceeding 2 for sustained periods are wrong -- but it is important to admit the difficulty presented to the GUTCP by this experiment.
And yet the Aspect 'proof of quantum' is clearly just classical physics conservation of momentum..
In the Mach-Zehnder Interferometer single photon experiment, one of the two paths of the first beamsplitter can be blocked and thereby change the behavior of the second path with regard to its single photons when they arrive at the second beamsplitter that converges the two paths. In classical physics a single photon cannot be split into two photons of the same wavelength (let alone that that follow different paths). So this is inconsistent with classical physics. This isn't to say the GUTCP is isn't revolutionary in other ways that may predict lower energy states of hydrogen or that the reported coefficients of performance exceeding 2 for sustained periods are wrong -- but it is important to admit the difficulty presented to the GUTCP by this experiment.