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Canceling noise to improve quantum devices

Canceling noise to improve quantum devices
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United statesDmitry budkerJu liPaola cappellaroGregory fuchsNational science foundationResearch laboratory of electronicsAntimatter section of the helmholtz institute mainzTexas advanced computing centerCornell universityBattelle energy alliance professor in nuclear engineeringDefense advanced research projects agencyMatter university research allianceDepartment of nuclear scienceJohannes gutenberg universityUniversity of california at berkeley

Canceling noise to improve quantum devices

An MIT team describes a method to achieve a 20-fold increase in the coherence times for nuclear-spin qubits and developed a protocol to extend the life of quantum coherence.

United statesJu liGregory fuchsPaola cappellaroDmitry budkerResearch laboratory of electronicsJohannes gutenberg universityDefense advanced research projects agencyBattelle energy alliance professor in nuclear engineeringMatter university research allianceDepartment of nuclear scienceCornell universityAntimatter section of the helmholtz institute mainzUniversity of california at berkeleyTexas advanced computing centerNational science foundation

Quantum materials sensing, controlling microscopic spin density

Fine-tuning the spin density in some materials allows researchers to develop new quantum sensors or quantum simulations.

Paola cappellaroJu liChris vavraNuclear scienceMassachusetts institute of technologyGuoqing wang phdMassachusetts instituteMaterials science

Tunable Spin Density in Diamond Could Revolutionize Nano Sensing

Electronic devices typically use the charge of electrons, but spin their other degree of freedom is starting to be exploited.

Laura thomsonaugJu liPaola cappellaroNuclear scienceGuoqing wang phdMaterials scienceMaterials industry focus

MIT Researchers Find Way to Tune Spin Density in Diamond

Electronic devices typically use the charge of electrons, but spin - their other degree of freedom - is starting to be exploited.

Ju liPaola cappellaroLaura thomsonaugNuclear scienceGuoqing wang phdMaterials scienceIndustry focus

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