Sustainable energy solutions via novel material engineering

Designing self-healing materials for infrastructure with 10,000-year degradation resistance

self-healing materials nanotechnology infrastructure longevity polymer science corrosion resistance

Blending ancient materials science with nanotechnology: reverse-engineering Roman concrete for modern applications

Roman concrete nanotechnology ancient materials sustainable construction reverse-engineering

Enhancing battery longevity via self-healing polymers and AI-driven degradation prediction

self-healing polymers battery degradation AI prediction energy storage material science

Harvesting energy from atmospheric humidity using graphene-based metamaterials

graphene metamaterials atmospheric energy harvesting humidity power renewable energy material innovation

Designing 10,000-year stable encapsulation materials for nuclear waste storage

nuclear waste material stability long-term storage ceramics corrosion

Improving perovskite-silicon tandem cell efficiency through 2D material interfacial layers

perovskite-silicon tandem 2D materials solar efficiency heterostructures photovoltaics

Through 2030 materials development for ultra-high-temperature superconducting magnets

superconducting materials fusion energy high-temperature superconductors particle physics material science

Optimizing perovskite solar cell stability via computational lithography for 15-year ROI horizons

perovskite solar cells computational lithography ROI optimization photovoltaics material degradation

At Josephson junction frequencies for room-temperature superconductor characterization

Josephson junctions superconductivity high-frequency dynamics material characterization room-temperature SC

Achieving 2050 carbon neutrality via directed self-assembly of block copolymer materials

block copolymers directed self-assembly carbon neutrality nanomaterials sustainability

Advancements in solid-state battery breakthroughs for electric aviation applications

solid-state batteries electric aviation energy density electrolyte stability fast charging

Using 2D material heterostructures for ultra-efficient photothermal water desalination

2D materials water desalination photothermal conversion graphene heterostructures solar-driven purification