Sustainable materials and green technologies

Optimizing back-end-of-line thermal management through nanoscale phase-change materials

thermal management phase-change materials nanoscale integrated circuits heat dissipation

Hydrogen storage in metal-organic frameworks for decentralized renewable energy grids by 2035

MOF hydrogen storage decentralized energy renewable grids SDG7 material design

Enhancing semiconductor performance via self-assembled monolayer doping for nanoscale devices

semiconductor doping nanoscale fabrication monolayer assembly surface chemistry electronic devices

Controlling quantum coherence at Josephson junction frequencies with atomic precision defect engineering

quantum coherence Josephson junctions defect engineering superconductivity quantum computing

For 2060 fusion power integration using currently available materials

fusion energy material science plasma containment reactor design high-temperature alloys

At millikelvin thermal states for quantum computing error correction

quantum computing cryogenics error mitigation superconductivity millikelvin physics

For exascale system integration through back-end-of-line thermal management in 3D chip stacks

exascale computing thermal management 3D integration advanced packaging heat dissipation

Accelerating nanomaterial synthesis via microwave-assisted plasma reactors for perovskite solar cells

microwave synthesis plasma reactors perovskite solar cells nanomaterials renewable energy

Through femtosecond laser ablation for precision nanoscale material patterning

femtosecond laser nanoscale patterning material ablation precision manufacturing ultrafast optics

Biodegradable electronics for sustainable medical implants using protein-based substrates

biodegradable electronics medical implants protein substrates transient electronics sustainability

Back-end-of-line thermal management solutions for 3nm semiconductor nodes and beyond

thermal management semiconductor 3nm node heat dissipation BEOL

With resistive RAM for in-memory computing to break the von Neumann bottleneck

resistive RAM in-memory computing von Neumann bottleneck non-volatile memory energy-efficient computing