Biomimicry and bio-inspired materials for advanced engineering

Enhancing carbon capture through phytoplankton cloud seeding with nanobubble delivery

marine geoengineering nanobubble technology algal blooms carbon sequestration cloud nucleation

Developing biomimetic radiation shielding inspired by tardigrade DNA repair mechanisms

biomimicry radiation shielding tardigrades DNA repair aerospace materials

Using carbon nanotube vias for next-generation 3D integrated circuit cooling

carbon nanotubes thermal management 3D ICs semiconductor cooling nanoelectronics

Phase-change material synapses for neuromorphic computing with reduced energy dissipation

phase-change materials neuromorphic computing synaptic plasticity energy efficiency memristors

Uncovering hidden fluid dynamics patterns using neglected mathematical tools from topology

fluid dynamics topology turbulence modeling aerodynamics mathematical physics

Quantum-enhanced photosynthesis in synthetic biology for carbon capture at industrial scales

quantum biology synthetic photosynthesis carbon sequestration genetic engineering climate tech

Through back-end-of-line thermal management in 3D-stacked integrated circuits

thermal management 3D ICs back-end-of-line heat dissipation stacked transistors

Exploring deep-ocean carbon sequestration through microbial electrochemical technologies

deep-ocean carbon storage microbial electrochemistry abyssal biogeochemistry carbon-negative technologies extremophile biofilms

With bio-inspired flood barriers mimicking mangrove root architectures for coastal cities

bio-inspired flood barriers mangrove root biomimicry coastal resilience fractal hydraulics erosion mitigation

Accelerating coral reef restoration via electro-accretion and mineral deposition techniques

coral restoration electro-accretion calcium carbonate reef rebuilding marine conservation

Developing self-repairing phase-change material synapses for neuromorphic computing

phase-change materials neuromorphic computing self-repairing synapses neural plasticity AI hardware

Investigating protein folding intermediates under extreme pH conditions

protein dynamics pH effects folding intermediates biophysics extremophiles