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Cientistas redeterminam frequência fundamental do estrôncio com precisão 50 vezes superior para tecnologias quânticas

O Korea Research Institute of Standards and Science (KRISS) mediu novamente uma frequência de transição fundamental do átomo de estrôncio (Sr) pela primeira vez em 88 anos, desde 1938, utilizando um chip de grade fotônica. O instituto estabeleceu um novo valor de frequência absoluta com uma incerteza de medição reduzida em mais de 50 vezes. Ao fornecer um valor de referência preciso para tecnologias quânticas de próxima geração, espera-se que esta conquista contribua para o controle preciso e a miniaturização de dispositivos quânticos, incluindo relógios atômicos e computadores quânticos de átomos neutros. O trabalho foi publicado no jour

Phys.org Quantum Physics

Publisher

Oct 19, 2026 at 5:20 PM UTC · 1 min de leitura

Cientistas redeterminam frequência fundamental do estrôncio com precisão 50 vezes superior para tecnologias quânticas
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O Korea Research Institute of Standards and Science (KRISS) mediu novamente uma frequência de transição fundamental do átomo de estrôncio (Sr) pela primeira vez em 88 anos, desde 1938, utilizando um chip de grade fotônica. O instituto estabeleceu um novo valor de frequência absoluta com uma incerteza de medição reduzida em mais de 50 vezes. Ao fornecer um valor de referência preciso para tecnologias quânticas de próxima geração, espera-se que esta conquista contribua para o controle preciso e a miniaturização de dispositivos quânticos, incluindo relógios atômicos e computadores quânticos de átomos neutros. O trabalho foi publicado no jour

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