Sharif Sadaf

Cryogenics for semiconductor quantum photon emitters characterizations for quantum applications

Principal investigators: Sadaf, Sharif

Keywords: quantum emtters; photoluminescence; quantum sensing; cryogenic; auto-correlation; semiconductors; nanotechnology; quantum dots; quantum science; quantum photonics

Development of scalable photocatalysts for solar-powered artificial photosynthesis

Principal investigators: Sadaf, Sharif S

Keywords: artificial photosynthesis; growth; molecular beam epitaxy; nanofabrication; nanostructures; optical specrtroscopy; photocatalysis; semiconductor iii-nitrides,; solar fuel; solid state physics

III-nitride Compound Semiconductor Nanostructures and Devices

Principal investigators: Sadaf, Sharif

Keywords: compound semiconductors; nanostrucrures ; quantum optics; quantum emitters ; photocatalysis ; optical characterizations ; nanofabrication ; structural characterizations ; photoluminescence ; photocatalysts

Scalable solid-state semiconductor platform for on-chip quantum communication

Principal investigators: Sadaf, Sharif S

Keywords: compound semiconductors; iii-nitrides; nanofabrication; nanostructures; photoluminescence; quantum dots; quantum photonics; semiconductor; single photon source; solid state physics

Novel Ferroelectric Devices for Emerging Applications

Principal investigators: Sadaf, Sharif SS

Keywords: AlScN; Capacitor; Characterization; Devices; Fabrication; Ferroelectric; Group III-nitrides; Semiconductor; Thin Film; Transistor

Deterministic and scalable InGaN/GaN quantum emitters at room temperature

Principal investigators: Sadaf, Sharif SS

Keywords: characterizations; molecular beam epitaxy; nanofabrication; nanophotonics; photoluminescence; quantum dots; quantum emitters; quantum photonics; semiconductor; single photon source

Integrated photon autocorrelation and micro-photoluminescence spectroscopy for developing solid-state quantum light emitters for quantum applications

Principal investigators: Sadaf, Sharif

Advanced QUAntum applications via complex states in integrated and meta optics (AQUA)

Principal investigators: Morandotti, Roberto R

Keywords: complex entangled photon states; integrated optics; meta optics; nanostructured metasurfaces; quantum communication; quantum dots; quantum imaging; quantum sensing; quantum thz frequency combs; single-photon sensitive cameras

Development of optically controlled spin gate using group III-nitrides quantum dots

Principal investigators: Sadaf, Sharif S

NSF-NSERC: Building a two-qubit controlled phase gate using laterally coupled semiconductor quantum dots

Principal investigators: Sadaf, Sharif S