Advanced materials synthesis and nanotechnology

For automated retrosynthesis via coral reef electro-accretion inspired mineralization pathways

retrosynthesis automation biomimicry electro-accretion mineralization AI chemistry

Leveraging photoredox chemistry for selective C-H bond activation in pharmaceutical synthesis

photoredox catalysis C-H activation pharmaceutical synthesis organic chemistry visible-light

Optimizing urban air quality for megacity-scale solutions using nanoscale mixing technologies

megacity air quality nanoscale mixing pollution control urban sustainability aerosol dynamics

Stabilizing retreating glaciers using advanced nanomaterials for climate change mitigation

glacier stabilization nanomaterials climate mitigation cryosphere engineering environmental preservation

With glacier stabilization nanomaterials to slow ice sheet collapse

glacier preservation nanomaterials climate intervention ice sheet stability cryosphere engineering

Yoctogram mass measurement methods for viral vector engineering precision

yoctogram measurement viral vectors gene therapy nanoscale sensors mass spectrometry

Via microwave-assisted synthesis of perovskite solar cells with 100-year maintenance cycle additives

microwave synthesis perovskite solar cells maintenance cycles nanocomposites renewable energy

Using DNA origami nanostructures at millikelvin thermal states for precision quantum computing

DNA origami quantum computing millikelvin temperatures nanotechnology coherence preservation

Reimagining Victorian-era inventions with modern nanomaterials and AI optimization

Victorian technology nanomaterials biomimicry steam-age innovation AI-aided design

Reimagining Victorian-era inventions with modern nanotechnology applications

nanotechnology retro-innovation mechanical engineering historical prototypes

At picometer precision for epigenetic age reversal through targeted gene editing

epigenetics aging reversal precision medicine gene therapy DNA methylation

Blending ancient materials science with nanotechnology using affordance-based manipulation

ancient materials nanotechnology affordance theory hybrid materials historical engineering