Prêmio John Stewart Bell

O Prêmio John Stewart Bell (em inglês: John Stewart Bell Prize) é concedido desde 2009 bianualmente pela Universidade de Toronto (Centre for Quantum Information and Quantum Control - CQIQC) por realizações sobre os fundamentos da mecânica quântica. É denominado em memória de John Stewart Bell, autor do teorema de Bell.

Recipientes

2009 Nicolas Gisin^[1]
2011 Sandu Popescu^[2]
2013 Robert J. Schoelkopf, Michel Devoret^[3]
2015 Rainer Blatt^[4]
2017 Ronald Hanson, Sae Woo Nam, Anton Zeilinger^[5]
2019 Peter Zoller, Juan Ignacio Cirac Sasturain^[6]

Referências

↑ For his theoretical and experimental work on foundations and applications of quantum physics, in particular: quantum non-locality, quantum cryptography and quantum teleportation. With sources of single and entangled photons at telecommunication wavelength, he implemented these quantum effects on a commercial optical fiber network in the 10-100km range.
↑ For discoveries of stronger-than-quantum no-signaling correlations, and the application of quantum theory to thermodynamics.
↑ For fundamental and pioneering experimental advances in entangling superconducting qubits and microwave photons, and their application to quantum information processing.
↑ For his pioneering research on quantum information processing with trapped ions, in particular, for the recent demonstrations of analog and digital quantum simulators and quantum logic gates on a topologically encoded qubit.
↑ For their groups’ experiments simultaneously closing the detection and locality loopholes in a violation of Bell’s Inequalities.
↑ Christian Flatz, Stefan Hohenwarter (27 de agosto de 2019). «Bell-Preis für Quantenphysiker Peter Zoller». uibk.ac.at (em alemão). Universidade de Innsbruck. Consultado em 10 de maio de 2020

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[1] For his theoretical and experimental work on foundations and applications of quantum physics, in particular: quantum non-locality, quantum cryptography and quantum teleportation. With sources of single and entangled photons at telecommunication wavelength, he implemented these quantum effects on a commercial optical fiber network in the 10-100km range.

[2] For discoveries of stronger-than-quantum no-signaling correlations, and the application of quantum theory to thermodynamics.

[3] For fundamental and pioneering experimental advances in entangling superconducting qubits and microwave photons, and their application to quantum information processing.

[4] For his pioneering research on quantum information processing with trapped ions, in particular, for the recent demonstrations of analog and digital quantum simulators and quantum logic gates on a topologically encoded qubit.

[5] For their groups’ experiments simultaneously closing the detection and locality loopholes in a violation of Bell’s Inequalities.

[6] Christian Flatz, Stefan Hohenwarter (27 de agosto de 2019). «Bell-Preis für Quantenphysiker Peter Zoller». uibk.ac.at (em alemão). Universidade de Innsbruck. Consultado em 10 de maio de 2020

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