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This research investigates using gravity to resolve quantum infinities within spacetime, specifically addressing how strong gravitational fields near black holes affect entanglement entropy and decoherence. By combining entanglement entropy with gravitational entropy, the study aims to provide a finite, quantifiable description of quantum events in extreme cosmological settings without relying on weak-gravity approximations.
FQXi finds Schrödinger’s cat in a box models quantum events in spacetime
Raphael Bousso, an FQXi awardee, explores how gravity can resolve quantum uncertainties—like those in Schrödinger’s Cat—within spacetime.
Humans search for explanations with relentless curiosity; a query of returns over 530 million Google results. Raphael Bousso at the University of California, Berkeley, is attempting to quantify this innate drive, tackling a fundamental problem in physics where quantum calculations predict an infinite amount of activity within spacetime. Bousso is using gravity to resolve this contradiction, potentially leading to a theory of quantum…
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