The Quantum Conspiracy: What Popularizers of QM Don't Want You to Know

Caption notes

In this historical talk, Ron Garret first retells a familiar account of quantum mechanics, then asks whether a hypothetical apparatus could signal faster than light if a local choice made remote interference fringes appear or vanish. His explanation distinguishes a single side’s ungrouped record from subsets formed by matching records afterward. Matching requires classical communication, so the proposed setup cannot send an instantaneous signal. He then uses entanglement to frame measurement and presents his preferred “zero worlds” interpretation. In the questions he describes his choice over many worlds as a preference and acknowledges limits to his knowledge. This guide follows his argument and interpretive choices. Equations, optical demonstrations and philosophical conclusions were not independently verified.