Nonlinear frequency conversion has important applications in fields such as telecommunications and quantum computing. However, conventional methods use materials that have weak intrinsic nonlinearities. This
Nitrogen vacancies (NV) in diamond are excellent qubits for nanoscale quantum sensing due to their millisecond scale coherence times, optical spin initialization, and optical spin
Metasurfaces contain structured matter at the subwavength scale which allow unprecedented optical properties and functionalities compared to naturally occurring materials. One emerging technology in this
In the consumer electronic, industrial, medical, and automotive marketplace there is demand for light weight imaging systems with optical lenses that have a wide field
4H-silicon carbide (SiC) is a promising platform for solid state quantum technology due to its commercial availability as a wide bandgap semiconductor and the ability
Dark excitons are electron hole pairs that are dark because their spin or momentum configuration prevents them from easily emitting light. Dark excitons have long
Worldwide data and computation demands continue to soar due to many factors such as online financial transactions, streaming video, social media, internet of things (IoT)
Nonlinear metasurfaces are multifunctional photonic elements which, unlike conventional linear metasurfaces, allow for simultaneous generation and manipulation of coherent light. This capability enables applications such
Optical metasurfaces, such as a metalens, with below optical wavelength dimensions provide a versatile platform for the control of light within a compact form factor.
Photonics offers a compelling solution to the ever growing demand for high speed data communication. However, photonics lacks a single material platform unlike complementary metal