Sustainable materials and green technologies

Targeting plastic-eating enzymes for enhanced polyethylene degradation in marine environments

enzyme engineering polyethylene degradation marine pollution biocatalysis waste management

Optimizing Through back-end-of-line thermal management for next-gen 3D integrated circuits

thermal interfaces 3D ICs heat dissipation BEOL microfluidics

Stabilizing lunar regolith bricks using currently available polymer binders and microwave sintering

space construction in-situ resource utilization regolith stabilization polymers microwave processing

Harnessing directed self-assembly of block copolymers for next-generation photonic devices

block copolymers self-assembly photonic devices nanotechnology optical materials

Via existing manufacturing infrastructure for million-year nuclear waste isolation materials

nuclear waste material science industrial adaptation long-term storage radiation shielding

Enzymatic polymerization for biodegradable plastics with flow chemistry robots

enzymatic polymerization flow chemistry biodegradable plastics automation sustainable materials

Quantum radar systems using entangled microwave photons for stealth aircraft detection

quantum radar entangled photons microwave optics stealth detection defense technology

At petapascal pressure regimes: simulating exotic matter states in lab-grown diamond anvils

high-pressure physics diamond anvil cell quantum materials phase transitions metastable states

Exploring ferroelectric hafnium oxide for non-volatile memory in extreme temperature environments

ferroelectric memory hafnium oxide extreme temperatures non-volatile storage material stability

Through mechanochemical reactions to synthesize novel high-entropy alloys

mechanochemistry high-entropy alloys material synthesis solid-state reactions nanotechnology

Optimizing lunar base infrastructure for radiation shielding using regolith-based composites

lunar regolith radiation shielding habitat design space materials cosmic rays

Reengineering Renaissance-era clock mechanisms using modern nanofabrication techniques

Renaissance clocks nanofabrication historical engineering precision mechanics cultural preservation