Sustainable energy solutions via novel material engineering

Solid-state battery innovations using sulfide electrolytes for 800-mile EV ranges

solid-state batteries sulfide electrolytes electric vehicles energy density battery safety

Using 2D material heterostructures for room-temperature topological superconductivity

2D materials heterostructures superconductivity quantum materials condensed matter physics

Designing perovskite-silicon tandem cells for ultra-high-efficiency photovoltaic modules

perovskite-silicon tandem photovoltaics solar efficiency material stability renewable energy

Engineering 2D material heterostructures for room-temperature superconductivity applications

2D materials heterostructures superconductivity quantum materials condensed matter physics

Designing 10,000-year material stability for nuclear waste storage using graphene-reinforced composites

nuclear waste storage material stability graphene composites corrosion resistance long-term containment

Bridging fundamental and applied research in quantum dot solar cell stability

perovskite QDs accelerated aging charge transport scalable fabrication UV stability

Accelerating catalyst discovery for hydrogen production via high-throughput robotic experimentation

electrocatalysis hydrogen evolution robotics combinatorial chemistry renewable energy

Via existing manufacturing infrastructure for million-year nuclear waste isolation materials

nuclear waste material science industrial adaptation long-term storage radiation shielding

Optimizing perovskite solar cell stability during galactic cosmic ray maxima

perovskite solar cells cosmic radiation space energy material degradation radiation shielding

Engineering 2D material heterostructures with solvent-free processing for ultra-thin photovoltaics

2D materials heterostructures solvent-free processing photovoltaics flexible electronics

Designing 100-year maintenance cycles for offshore wind farms using self-healing composites

offshore wind farms self-healing materials century maintenance composites renewable energy infrastructure

Through mechanochemical reactions to synthesize novel high-entropy alloys

mechanochemistry high-entropy alloys material synthesis solid-state reactions nanotechnology