Sustainable materials and green technologies

For lunar regolith additive manufacturing using in-situ microwave sintering techniques

lunar construction in-situ resource utilization microwave sintering additive manufacturing space habitats

At petapascal pressure regimes to study exotic states of iron-nickel alloys

petapascal physics iron-nickel alloys planetary cores high-pressure science material properties

In picocubic reaction chambers for high-throughput synthesis of exotic metastable compounds

metastable materials femtochemistry high-throughput synthesis picocubic reactors

With perovskite-silicon tandem cells to break the 30% efficiency barrier in solar panels

perovskite-silicon tandem cells solar efficiency photovoltaics renewable energy material science

Using carbon nanotube vias to overcome interconnect bottlenecks in next-generation 3D chip stacking

carbon nanotubes 3D integration interconnects semiconductor scaling thermal dissipation

Employing ruthenium interconnects for sub-2nm node reliability and electromigration resistance

ruthenium interconnects electromigration semiconductor reliability advanced nodes material science

Considering 10,000-year material stability for deep geological nuclear waste encapsulation coatings

nuclear waste storage material degradation long-term stability corrosion resistance geological disposal

With self-heating mitigation in 3nm nodes using graphene thermal vias

nanoelectronics thermal management advanced materials chip design

Using carbon nanotube vias for ultra-high-density interconnects in quantum computing chips

carbon nanotubes quantum computing interconnects chip design nanofabrication

Achieving picometer precision in atomic-scale 3D printing of metamaterials

picometer precision 3D printing metamaterials nanofabrication atomic-scale engineering

For solid-state battery breakthroughs via anion-redox cathode optimization

solid-state batteries anion redox cathode materials energy storage electrochemistry

For lunar base infrastructure: optimizing in-situ resource utilization for 3D-printed regolith habitats

lunar regolith 3D printing in-situ resource utilization habitat construction space architecture