Sustainable energy solutions via novel material engineering

Designing waste-heat thermoelectrics for industrial exhaust recovery using topological materials

thermoelectrics waste-heat recovery topological materials energy harvesting industrial efficiency

Optimizing exciton diffusion lengths in perovskite solar cells with transition metal dichalcogenide channels

perovskite solar cells exciton diffusion transition metal dichalcogenides photovoltaic efficiency energy harvesting

Plasma-enhanced atomic layer deposition of 2D transition metal dichalcogenides for flexible optoelectronics

ALD 2D materials flexible electronics TMDCs plasma processing

Forbidden physics concepts in metamaterial design for sub-wavelength energy harvesting

metamaterials energy harvesting nonreciprocal optics forbidden transitions nanophotonics

Optimizing waste-heat thermoelectrics for industrial exhaust recovery systems

thermoelectric materials waste-heat recovery industrial efficiency energy harvesting thermal conductivity

Optimizing redox flow batteries with novel organic electrolytes for grid-scale energy storage

redox flow battery organic electrolytes energy storage grid-scale cycle life

Fabricating perovskite-silicon tandem solar cells with scalable inkjet printing techniques

perovskite-silicon tandem cells inkjet printing photovoltaics scalable manufacturing solar efficiency

For megayear material degradation in nuclear waste storage solutions

nuclear waste material degradation long-term storage radioactivity geochemistry

Enhancing carbon capture efficiency via perovskite-based membranes with 50-year durability requirements

perovskite carbon capture membrane durability industrial applications CO2 sequestration

Achieving 50-year durability requirements for solar panels through sim-to-real transfer methods

solar panels durability sim-to-real transfer renewable energy material aging

For solid-state battery breakthroughs through sulfide-based electrolyte optimization

solid-state batteries sulfide electrolytes energy storage battery safety material science

Using topological insulators for low-power spintronic memory devices

topological insulators spintronics memory devices energy efficiency quantum materials