Nobel Laureate: "Quantum Mechanics Is Totally Wrong"

Quantum mechanics is fundamentally incomplete because it only provides statistical predictions, rather than deterministic outcomes based on precise initial states.

• Quantum mechanics is criticized for its probabilistic, rather than deterministic, predictions.

• A complete theory should explicitly predict individual particle outcomes from precise initial data.

• The concept of superposition is a consequence of incomplete knowledge, not an inherent property of reality.

Quantum mechanics, while practically useful for statistical predictions, is considered fundamentally incorrect because it fails to describe explicit, deterministic outcomes for individual particles or events. A truly complete theory of nature should predict exact results given infinitely precise initial conditions, rather than relying on probabilities. The current theory's probabilistic nature stems from human inability to measure or compute with infinite precision, rather than an inherent randomness in reality.

Critique of Quantum Mechanics

• 00:00:17 Quantum mechanics provides only statistical answers and probabilistic predictions, which is deemed fundamentally wrong because the real world is not inherently probabilistic. Its predictions are accurate for probabilities but fail to specify exact outcomes for individual events, similar to an insurance company that uses statistics without caring about individual accidents. A correct theory should predict explicit trajectories and states for every single particle if initial conditions were known with mathematical precision.

Desire for Deterministic Theory

• 00:02:23 A truly correct theory should start with precisely localized particles and atoms, and then explicitly predict the exact path and collision of every single particle. While such a theory's practical use might be limited due to the impossibility of knowing initial states with infinite accuracy, the search for it would reveal insights into the 'ultimate truth' of nature. Current quantum mechanics is an ingenious theory for practical probabilities, but a deterministic theory is preferred for its conceptual completeness, despite the difficulty in constructing one from scratch.

Philosophy of Hidden Variables

• 00:06:06 The philosophy behind hidden variables aligns with the idea that underlying variables provide infinitely precise predictions, and observed probabilistic outcomes arise from our insufficient knowledge or computational ability, similar to weather forecasting. Unlike some computational attempts at hidden variables that lead to contradictions, this philosophical intuition asserts that reality is deterministic at its core, with all events happening with certainty, not as a distribution of possibilities.

Rejection of Superposition

• 00:11:08 The ultimate theory of nature should only involve variables where everything happens with certainty, eliminating superpositions like the 'dead cat and live cat' paradox. The inability to predict whether a cat will live or die is due to the current imprecise understanding of natural laws, not an inherent quantum state of superposition. If the true equations were known, there would be no superposition, as all particles and entities would obey deterministic laws, even for complex systems like atoms and molecules.