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Liquid Crystals Control Polarization in Laser-Written Waveguides | Mar 2024

Liquid Crystals Control Polarization in Laser-Written Waveguides | Mar 2024
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United statesAlessandro alberucciKim lammersCourtesy of friedrich schiller university jenaFriedrich schiller university in jenaFriedrich schiller universityOptical materials express

Sub-Wavelength Light Confinement Demonstrated in New III-V Semiconductor Nanocavity

New nanocavities pave the way for enhanced nanoscale lasers and LEDs that could enable faster data transmission using smaller, more energy-efficient devices. As we transition to a new era in computing, there is a need for new devices that integrate electronic and photonic functionalities at the n

Nicolas stengerElizaveta semenovaRasmus ellebYi yuFrederik schrNanocavity meng xiongMeng xiongKresten yvindTechnical university of denmark nanophotonTechnical university of denmarkPhysics light confinement artTechnical universityPhosphide nanocavityOptical materials expressLaura nevenka cassesOle sigmund

Developing Nanocavities for Enhanced Nanoscale Lasers and LEDs

New gadgets that enhance the interaction between photons and electrons and integrate electrical and photonic functions at the nanoscale are needed as humans enter a new age of computing.

Meng xiongMegan craigDepartment of electricalTechnical university of denmarkImage creditTechnical universityAcademic technicianPhotonics engineeringLaser photonicsOptical materials express

Sub-Wavelength Confinement Of Light Demonstrated In Indium Phosphide Nanocavity

Sub-Wavelength Confinement Of Light Demonstrated In Indium Phosphide Nanocavity
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Meng xiongTechnical university of denmark nanophotonOptica publishing groupTechnical university of denmarkTechnical universityOptical materials expressPublishing groupAdvancing optics

Indium Phosphide Nanocavity Achieves Sub-Wavelength Light Confinement

Indium Phosphide Nanocavity Achieves Sub-Wavelength Light Confinement
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United statesMeng xiongTechnical university of denmarkTechnical university of denmark nanophotonTechnical universityOptical materials express