Microsecond-lived quantum states in a carbon-based circuit driven by cavity photons
Araştırma, karbon tabanlı bir kuantum devresi içinde foton ışını tarafından yönlendirilen mikrosaniye ömürlü kuantum durumları oluşturmayı başarıyla göstermiştir.
Researchers have successfully demonstrated the creation of quantum states within a carbon-based circuit. These delicate quantum states were observed to have a lifespan of microseconds, a significant duration in the quantum realm. The process was driven by photons within a cavity, effectively controlling and manipulating these short-lived states.
This breakthrough could pave the way for more robust and scalable carbon-based quantum computing architectures.
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