Sustainable materials and green technologies

For next-generation smartphone integration of quantum dot-based HDR microdisplays

quantum dots microdisplays HDR mobile tech nanophotonics

Exploring 10,000-year material stability for deep geological nuclear waste storage

nuclear waste material degradation geological storage long-term stability radiation shielding

For photonic quantum memory: leveraging rare-earth-doped crystals for scalable networks

quantum memory photonics rare-earth crystals quantum networks entanglement storage

Using cold spray additive techniques to repair aerospace alloys in microgravity conditions

cold spray additive manufacturing aerospace alloys microgravity repair in-space fabrication metal deposition

Connecting medieval alchemy with modern materials discovery for novel catalysts

medieval alchemy materials discovery heterogeneous catalysis historical methods novel catalysts

Optimizing backside power delivery networks for next-generation 3D integrated circuits

3D ICs power delivery thermal management interconnects semiconductor scaling

Optimizing biodegradable electronics through transient material engineering

biodegradable electronics transient materials eco-friendly devices decomposition triggers sustainable technology

Using cold spray additive techniques to repair high-stress aerospace components

cold spray additive manufacturing aerospace repair metal bonding fatigue resistance

Through hybrid bonding for chiplet integration in next-gen quantum computing architectures

hybrid bonding chiplet integration quantum computing 3D packaging qubit scalability

Designing self-heating mitigation strategies for 3nm semiconductor nodes using mechanochemical reactions

semiconductor cooling mechanochemistry thermal management nanofabrication Moore's Law

Connecting medieval alchemy with modern materials discovery in picocubic reaction chambers

alchemy nanomaterials high-throughput synthesis historical science phase discovery

Enhancing semiconductor performance through self-assembled monolayer doping for nanoelectronics

monolayer doping semiconductors nanoelectronics surface chemistry device performance