Optical resonators with Q values of nearly 1 billion are demonstrated, the highest for any chip-based devices. Fabrication uses only standard semiconductor processes, enabling precise size control and access to microwave-rate free-spectral-range operation
We demonstrate microfabrication of ultra-high-Q microcavities on a chip, exhibiting a novel toroid-s...
The ability to tune resonant frequency in optical microcavities is an essential feature for many app...
Optical resonators with quality factor as high as 750 million are demonstrated. These silicon-chip-b...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
A record Q-factor of 1.1 billion is demonstrated in on-chip silica whispering-gallery resonators. Us...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
We demonstrate microfabrication of ultra-high-Q microcavities on a chip, exhibiting a novel toroid-s...
We demonstrate microfabrication of ultra-high-Q microcavities on a chip, exhibiting a novel toroid-s...
The ability to tune resonant frequency in optical microcavities is an essential feature for many app...
Optical resonators with quality factor as high as 750 million are demonstrated. These silicon-chip-b...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
Ultrahigh-Q optical resonators are being studied across a wide range of fields, including quantum in...
A record Q-factor of 1.1 billion is demonstrated in on-chip silica whispering-gallery resonators. Us...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
Optical microresonators are essential to a broad range of technologies and scientific disciplines. H...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
High optical quality (Q) factors are critically important in optical microcavities, where performanc...
We demonstrate microfabrication of ultra-high-Q microcavities on a chip, exhibiting a novel toroid-s...
We demonstrate microfabrication of ultra-high-Q microcavities on a chip, exhibiting a novel toroid-s...
The ability to tune resonant frequency in optical microcavities is an essential feature for many app...
Optical resonators with quality factor as high as 750 million are demonstrated. These silicon-chip-b...
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