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Nano and Macro Worlds Collide to Form Self-Assembling Cavity
Nano and Macro Worlds Collide to Form Self-Assembling Cavity
Nano and Macro Worlds Collide to Form Self-Assembling Cavity
Increasing the intensity of the interaction between light and matter to create, for example, better photodetectors or quantum light sources, is a key objective in quantum optics and photonics.
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Denmark ,
Thoras Weis ,
Guillermo Arregui ,
Megan Craig ,
Quantum Technology ,
Nanophoton Center ,
Quantum Technology Industry ,
Department Of Electrical ,
Department Of Photonics Engineering ,
Technical University Of Denmark ,
Assembling Photonic Cavities ,
Atomic Scale ,
Associate Professor ,
Photonics Engineering ,
Technology Industry Focus ,
Marie Curie Postdoctoral Researcher ,
Technical University ,
Nawaz Babar ,
Study First Author ,
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