Sustainable materials and green technologies

Developing 10,000-year stable data storage using etched sapphire plates and laser encoding

long-term storage sapphire etching data preservation laser encoding archival stability

Optimizing lunar regolith compaction techniques for durable lunar base infrastructure

lunar regolith compaction techniques habitat construction ISRU space materials

Leveraging plasma-enhanced atomic layer deposition for next-gen semiconductor coatings

ALD semiconductor coatings plasma-enhanced thin films nanoelectronics

Enhancing polymer degradation efficiency via microwave-assisted synthesis of plastic-eating enzymes

microwave synthesis enzyme engineering polymer degradation biocatalysis plastic waste

Reversing stem cell exhaustion through solvent-free processing of bioactive compounds

stem cell therapy solvent-free extraction regenerative medicine aging reversal bioactive compounds

Boosting crop resilience via biochar soil enhancement and embodied active learning

biochar soil health active learning sustainable agriculture crop productivity

Zero-gravity 3D printing of metastable alloys with picometer precision for space-based infrastructure

zero-gravity manufacturing metastable alloys space construction additive manufacturing microgravity materials

Boosting solar efficiency with perovskite-silicon tandem cells under real-world irradiance conditions

perovskite-silicon tandem cells solar efficiency photovoltaics renewable energy irradiance testing

Using art-inspired scientific approaches to design next-generation biomaterials

biomaterials art-science fusion material design biofabrication creative methodologies

Employing self-healing materials for 100-year maintenance cycles in aerospace engineering

self-healing materials aerospace durability polymer composites autonomous repair long-term maintenance

In femtoliter volumes at terahertz oscillation frequencies for lab-on-a-chip diagnostics

femtoliter fluidics terahertz sensors lab-on-a-chip microfluidics point-of-care diagnostics

Planning post-2100 nuclear waste storage with self-healing geopolymer barriers

nuclear waste geopolymers self-healing materials long-term storage radiation containment