Sustainable materials and green technologies

For solid-state battery breakthroughs with sulfide-based electrolytes

solid-state batteries sulfide electrolytes energy storage lithium-ion alternatives material science

For solid-state battery breakthroughs using sulfide-based electrolyte interfaces

energy storage lithium-ion alternatives ionic conductivity battery safety materials science

For lunar regolith additive manufacturing with in-situ resource utilization techniques

lunar regolith additive manufacturing in-situ resource utilization space construction 3D printing

Reanalyzing failed cold fusion experiments with modern neutron detection techniques

cold fusion revisited neutron spectrometry LENR experimental replication anomalous heat

Reimagining Victorian-era inventions with modern nanomaterials and additive manufacturing

Victorian inventions nanomaterials additive manufacturing graphene historical engineering

In quantum radar systems using currently available materials for stealth detection

quantum radar stealth detection material science electromagnetic waves defense technology

Upgrading 1990s medical imaging technologies with AI-driven real-time diagnostics

medical imaging AI diagnostics retrofitting radiology neural networks

Employing topological insulators for low-power spintronic memory devices

topological insulators spintronics quantum materials memory devices energy efficiency

Employing germanium-silicon strain engineering for high-efficiency thermoelectric materials

germanium-silicon strain engineering thermoelectric materials band structure nanocomposites

Exploring material transformations at petapascal pressure regimes through mechanochemical reactions

high-pressure chemistry mechanosynthesis material science petapascal solid-state reactions

For lunar regolith additive manufacturing: in-situ resource utilization techniques

space manufacturing regolith processing ISRU additive manufacturing lunar construction

At millikelvin thermal states for quantum coherence preservation in superconducting qubits

millikelvin temperatures quantum coherence superconducting qubits cryogenics quantum computing