Oxford physicist proposes Rational Quantum Mechanics, challenging continuous mathematics and suggesting a 400-qubit limit in quantum computing
By
Piyush Shukla
Baker's choice. Dense with flavour, light on filler.
Summary
Oxford physicist Tim Palmer proposes Rational Quantum Mechanics (RaQM), a reworking of standard quantum theory that replaces continuous real numbers with a discrete mathematical foundation. The theory challenges long-held assumptions about irrational numbers, wave functions, and the Schrödinger equation, and suggests a potential 400-qubit ceiling for quantum computing — implying fundamental physical limits rather than just engineering challenges. Palmer argues this could resolve many of quantum physics' longstanding mysteries.
Key quotes
· 5 pulledQuantum physics is the most successful scientific theory ever devised.
Tim Palmer says quantum physics has been quietly resting on a mathematical fiction for over a century — and that fixing it could dissolve every so-called mystery the theory has ever produced.
His theory questions irrational numbers, wave functions, and even parts of the Schrödinger equation.
The claim also points to a possible 400-qubit ceiling in quantum computing.
If true, quantum computers, entanglement theory, and the future of quantum mechanics may face hard physical limits, not just engineering problems.
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