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Escape From Shadow Physics

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A01=Adam Forrest Kay
accessible quantum mechanics
atomic science
atoms
Author_Adam Forrest Kay
Category=PHQ
dark matter
einstein
eq_bestseller
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
eq_science
logic
mathematics
MIT
multiverse
nature of reality
nature of the universe
neils bohr
parallel worlds
parallel worlds theory
physics
quantum mechanics
quantum physics
quantum theory
science
scientific discovery
scientific revolutions
stephen hawking

Product details

  • ISBN 9781399609609
  • Weight: 368g
  • Dimensions: 128 x 194mm
  • Publication Date: 06 Mar 2025
  • Publisher: Orion Publishing Co
  • Publication City/Country: GB
  • Product Form: Paperback
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The received wisdom in quantum physics is that, at the deepest levels of reality, there are no actual causes for atomic events. This idea led to the outlandish belief that quantum objects - indeed, reality itself - aren't real unless shaped by human measurement. Einstein mocked this idea, asking whether his bed spread out across his room unless he looked at it. And yet it remains one of the most influential ideas in science and our culture.

In Escape from Shadow Physics, Adam Forrest Kay takes up Einstein's torch: reality isn't mysterious or dependent on human measurement, but predictable and independent of us. At the heart of his argument is groundbreaking research with little drops of oil. These droplets behave as particles do in the long-overlooked quantum theory of pilot waves; crucially, they display quantum behaviour while being described by classical physics.

What if the original doubters of our quantum orthodoxy (not least Einstein himself) were onto something? What if pilot wave theory was right all along? In that case, our whole story of twentieth-century physics is topsy-turvy and we must give up the idea that reality is simply too weird to grasp. Weird it may still be, but a true understanding of nature now seems within our reach.

Adam Forrest Kay has two PhDs, one in literature from the University of Cambridge and the other in mathematics from the University of Oxford. In 2020 he took up a research position at MIT to work with John Bush, the leading scholar in the field of Hydrodynamic Quantum Analogues. Adam's current research centres around realist models of quantum mechanics.

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