The entire spiel of quantum computers is that the odd principles of quantum mechanics allow them to exponentially outperform their classical counterparts. But what if the very foundation of this claim is wrong?
In a recent paper published in Proceedings of the National Academy of Sciences, Tim Palmer, a physicist at the University of Oxford in the United Kingdom, proposes a slight tweak to the und...
The article presents a crucial pivot in the narrative surrounding quantum computing – a challenge to its foundational assumption of unbounded exponential scaling. Palmer’s ‘Rational Quantum Mechanics’ isn’t simply a minor tweak; it’s a fundamentally different geometrical model of quantum space, directly confronting the core justification for the field's immense potential. This is a classic Motte-and-Bailey strategy – strengthening the familiar (exponential scaling) to defend a radical claim (dis...