Sustainable energy solutions via novel material engineering

Exploring exciton diffusion lengths in organic photovoltaic materials for enhanced solar efficiency

exciton diffusion organic photovoltaics solar efficiency charge transport thin-film materials

Evaluating 10,000-year material stability of nuclear waste encapsulation under extreme conditions

nuclear waste material stability encapsulation long-term storage radiation resistance

Optimizing perovskite-silicon tandem cells through interface engineering for record-breaking efficiencies

perovskite-silicon tandem cells interface engineering solar efficiency photovoltaics charge transport

Generative design optimization of fusion reactor components under plasma constraints

nuclear fusion generative design plasma physics materials engineering topology optimization

Investigating room-temperature superconductors using 2D material heterostructures

superconductivity 2D materials heterostructures condensed matter physics cryogenics

Self-healing urban concrete employing germanium-silicon strain engineering and bacterial calcification

smart materials bioconcrete lattice strain crack propagation civil engineering

Enhancing carbon capture efficiency via perovskite-based membranes with tunable pore architectures

perovskite membranes carbon capture nanopore engineering gas separation industrial emissions

Optimizing artificial photosynthesis efficiency in femtoliter volumes via plasmonic nanostructures

artificial photosynthesis plasmonics femtoliter reactors solar fuels nanostructures

Enhancing carbon capture efficiency through mechanochemical reactions in porous materials

mechanochemistry carbon capture porous materials CO2 adsorption sustainable chemistry

Million-year nuclear waste isolation through 2D material heterostructure barriers

nuclear waste 2D materials heterostructures radiation shielding long-term storage

Developing 2030 materials for high-efficiency perovskite-silicon tandem solar cells

perovskite-silicon tandem 2030 materials solar efficiency photovoltaics material degradation

Enhancing solar cell efficiency via atomic precision defect engineering in perovskite materials

perovskite solar cells defect engineering atomic precision renewable energy photovoltaics