Quantum Observation Confirms Bohr’s Theory, Parallels Market Dynamics
A landmark MIT experiment has settled one of physics' greatest debates, proving Niels Bohr correct in his assertion that observation fundamentally alters the system being measured. By tracking a single photon's behavior, researchers demonstrated reality remains indeterminate until measured—mirroring Soros' theory of reflexivity in financial markets where anticipation alters outcomes.
The breakthrough carries profound implications for quantum computing development, particularly for cryptocurrencies leveraging zero-knowledge proofs and quantum-resistant architectures. Market observers note similar reflexivity in crypto valuations, where trader expectations frequently become self-fulfilling prophecies.