Sustainable energy solutions via novel material engineering

Targeting 2025 regulatory approval for hydrogen storage metal-organic frameworks

MOFs hydrogen storage regulatory pathways clean energy material science

In quantum vacuum fluctuations for novel energy harvesting at nanoscale interfaces

quantum fluctuations zero-point energy nanoscale energy harvesting Casimir effect metamaterials

Using computational retrosynthesis to optimize rare-earth-free catalyst designs for hydrogen fuel cells

computational retrosynthesis rare-earth-free catalysts hydrogen fuel cells AI-driven design sustainable energy

Enhancing carbon capture efficiency via perovskite-based membranes with embedded biocatalysts

perovskite membranes biocatalysis carbon capture CO2 sequestration hybrid materials

Reimagining Victorian-era inventions with modern nanomaterials for energy harvesting applications

Victorian inventions nanomaterials energy harvesting retro-innovation mechanical design

Scaling perovskite-based carbon capture membranes for industrial emissions with solvent-free processing

perovskite membranes carbon capture solvent-free processing industrial emissions scalable materials

Employing germanium-silicon strain engineering for ultra-low-power quantum computing

quantum computing strain engineering germanium-silicon low-power electronics heterostructures

Through million-year nuclear waste isolation using self-healing ceramic matrices

nuclear waste isolation self-healing ceramics radiation resistance long-term storage material science

Through solvent selection engines for high-throughput discovery of superconducting materials

solvent selection engines superconductors high-throughput screening materials science computational chemistry

For solid-state battery breakthroughs using high-entropy alloy electrolytes

solid-state batteries high-entropy alloys electrolytes energy storage materials science

Accelerating renewable hydrogen production through high-throughput catalyst screening of transition metal chalcogenides

green hydrogen electrocatalysis materials discovery high-throughput screening renewable energy

Enhancing solid-state battery performance through femtosecond laser ablation of ceramic electrolytes

solid-state batteries femtosecond lasers ceramic electrolytes interfacial engineering energy storage