Home - Laboratory of Optics of Quantum Materials

Three questions:

We address these questions through quantum materials and nanophotonics.

Single photon emitters in hBN coupled to strain and plasmon fields
Probing phonon polaritons in a hypercrystal of van der Waals material
Monolithically integrated emission centers in silicon nitride microresonators
Low cost photonic emission engineering in 2D semiconductors
Electroplating based plasmonic metamaterials
Photonic sensor based on exception point physics for coronavirus detection
Experimental demonstration of high temperature, lithography free mid-IR polarizer using hyperbolic van der Waals crystals
Tunable biaxial hyperbolic plasmon phonon polaritons
Mid-infrared polarization engineering via subwavelength hyperbolic biaxial van der Waals crystals
Quantum vacuum anisotropy of polaritons for tunable valley coherence
Interlayer exciton valley qubit manipulation through a metasurface
Bidirectional autoencoder based metasurface design
Generative Adversarial Network and Genetic Algorithm based metasurface design
Strong coupling of 2D excitons with photonic bound states in the continuum
Mechanical response of hybrid 2D perovskites
Engineering Purcell Anisotropy for accessing Dark excitons in 2D semiconductors
A photonic integrated chip platform for interlayer exciton valley routing