Kulbir Ghuman

Photonic platform based on silicon nitride for applications in telecommunications and biosensing

Principal investigators: Chaker, Mohamed M

Keywords: biosensing; electron beam lithography; mems & integrated photonic devices; metrology; nanofabrication processes; plasma etching; silicon nitride (sin) platform; sin mechanical & optical properties; sin thin films; telecommunications

Training in Quantum Materials Multiscale Assembly via Low-cost Low-carbon Footprint Processes (CREATE-QuantM-MALL)

Principal investigators: Jabbour, Ghassan ELIE

Keywords: advanced manufacturing; inkjet printing; low carbon footprint; low cost materials; low cost processing; nanomaterials; quantum dots; reactive printing; roll to roll; self-assembly

Doped vanadium dioxide for smart radiators and ultrafast photonic devices

Principal investigators: Chaker, Mohamed M

Keywords: doped vanadium dioxide thin films; metal/insulator transition materials; passive radiator prototypes; plasma synthesis of smart materials; thermal control system of satellites; ultrafast photonic devices

Developing binary alloy catalysts for selective CO2 capture from direct air via integrated advanced computational tools, experimentation, and techno-enviro economic assessment

Principal investigators: Ghuman, Kulbir KK

Keywords: chemical engineering; computational materials design; machine learning; materials science and engineering; photo catalysis; physical chemistry; quantum/classical mechanics; structure property relationship; synthesis and characterization; techno-enviro economic assessment

Valorization of niobium and tantalum for the production of low carbon intensity fuels: water electrolysis and CO2 conversion into value added products

Principal investigators: Tavares, Ana AB

Keywords: CO2 electroreduction; electrolysis; formate; hydrogen; materials by design; Nb and Ta based electrode materials; testing; water electrolysis

: Developing photoactive materials for CO2 capture and release via integrated DFT-based genetic algorithm search, experimentation and techno-enviro-economic assessment

Principal investigators: Ghuman, Kulbir

Keywords: Genetic Algorithm Metal-based nanohybrid materials Photocatalysis Material Design Sustainable development Computational Quantum Chemistry Techno-enviro-economic assessment Green technology innovation Surface Chemistry CO2 capture and release

Enhancing material efficiencies for catalysis and fuel cell applications via disorder engineering

Principal investigators: Ghuman, Kulbir

Enhancing material efficiencies for catalysis and fuel cell applications via disorder engineering

Principal investigators: Ghuman, Kulbir

Keywords: sustainable energy; disordered materials; catalysis; solid oxide fuel cells; surfaces and interfaces; energy materials; computational analysis; quantum and classical mechanics simulations; nanomaterials; point defects, dislocations, grain boundaries

Computational Materials Design for Energy and Environmental Applications

Principal investigators: Ghuman, Kulbir

Keywords: Computational materials design; disordered materials; ; nanoscience; surface science; quantum and classical ; simulations; sustainable fuels and chemicals; energy ; materials; fuel cells; heterogeneous catalysis

Computational Materials Design for Energy and Environmental Applications

Principal investigators: Ghuman, Kulbir