Quantum Fields in Curved Space by N. D. Birrell, P. C. W. Davies

Quantum Fields in Curved Space N. D. Birrell, P. C. W. Davies ebook
ISBN: 0521278589, 9780521278584
Format: djvu
Page: 348
Publisher: Cambridge University Press

Quantum Wave Theory proposes a new model of space. Please teach me more detail: why we must consider Quantum Field Theory in Curved Space-Time,but do not consider the QTF Theory(e.g Quantum Electrodynamics) in flat space-time with ''gravity coupling'' (mass). The Skyrmion as a fermi field enters the picture when this potential energy portion has Bogoliubov coefficients, which both define quantum field in curved spacetime and superconductivity. This curvature is very small, and its effects are hardly noticable in everyday life and over small distances. The theory describes space as a continuous, quantized, flexible 'field;' nowhere divided or divisible, but capable of discrete motions of compression and rebound. Uniting gravity theory with quantum theory is a major goal of 21st-Century physics, . Well, the issue is that professor Wisdom's 'breaststroke' is not particularly effective to overcome earth's gravity, as it relies on the local curvature of spacetime. €Measuring the curvature of space caused by gravity is one of the most sensitive ways to learn how Einstein's theory of General Relativity relates to quantum physics. Or indeed the Quantum Field, Higgs Field, New Luminiferous Ether, or whatever else we may end up calling it. I can't do the math, but I suspect that gravity waves from distant events are unlikely to penetrate spacetime that is locally curved by strong gravitational fields. Know that the above stuff converges properly to something which makes sense. This test with observing radio data from dstant quasars lensed by the solar gravity field puts gamma as unity to four orders of magnitude.