Biomimicry and bio-inspired materials for advanced engineering

Employing self-healing materials for terahertz oscillation frequency electronics in extreme environments

self-healing polymers terahertz technology nano-electronics extreme environments frequency stability

Coral reef electro-accretion for accelerated artificial reef formation

bioelectromineralization reef restoration electrolytic growth marine conservation calcification

Integrating coral reef ecology with 3D printing to restore marine biodiversity hotspots

coral restoration 3D printing marine conservation biomimicry habitat engineering

Blending ancient materials science with nanotechnology for sustainable high-performance composites

ancient materials nanotechnology sustainable composites high-performance materials biomimicry

At spin relaxation timescales using art-inspired scientific approaches for quantum coherence enhancement

spin relaxation quantum coherence art-inspired science spintronics material design

For photonic quantum memory with sub-nanosecond access times

quantum memory photonics nanosecond access quantum computing light-matter interaction

3D-printed coral reef structures designed to enhance larval settlement and biodiversity

coral reef restoration 3D printing marine biodiversity larval settlement ecological engineering

Via coral reef electro-accretion to accelerate marine habitat restoration

coral electro-accretion marine restoration reef rehabilitation bio-mineralization conservation technology

Targeting plastic-eating enzymes via self-assembled monolayer doping for faster degradation

plastic degradation enzymes monolayer doping biotechnology environmental remediation

Optimizing methane consumption rates in synthetic bacterial consortia for bioremediation

methanotrophs synthetic consortia bioremediation greenhouse gases microbial ecology

Measuring yoctogram-scale mass fluctuations in quantum-confined nanomechanical resonators

yoctogram nanomechanics quantum sensing mass spectrometry resonator

Directed self-assembly of block copolymers for nanoscale photonic devices

block copolymers nanophotonics self-assembly optical materials nanotechnology