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Cálculos quânticos revelam como defeitos de spin perdem energia

Quando a luz atinge um pequeno defeito incorporado em um material sólido como diamante ou carbeto de silício, ela pode levar os elétrons do defeito a um estado excitado. Esses defeitos de spin têm o potencial de serem usados como qubits estáveis e legíveis para tecnologias quânticas, por exemplo, sensoriamento quântico. Mas modelar a física completa de sua energética ao longo do tempo — um passo fundamental no desenvolvimento de defeitos de spin em novas tecnologias — é uma tarefa desafiadora.

Phys.org Quantum Physics

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Oct 15, 2026 at 3:40 PM UTC · Updated há 7 horas · 1 min de leitura

Cálculos quânticos revelam como defeitos de spin perdem energia
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Quando a luz atinge um pequeno defeito incorporado em um material sólido como diamante ou carbeto de silício, ela pode levar os elétrons do defeito a um estado excitado. Esses defeitos de spin têm o potencial de serem usados como qubits estáveis e legíveis para tecnologias quânticas, por exemplo, sensoriamento quântico. Mas modelar a física completa de sua energética ao longo do tempo — um passo fundamental no desenvolvimento de defeitos de spin em novas tecnologias — é uma tarefa desafiadora.

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Originally reported by Phys.org Quantum Physics

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