Advanced materials synthesis and nanotechnology

Using reaction prediction transformers for discovering novel pharmaceutical intermediates

reaction prediction pharmaceutical chemistry transformer models drug intermediates AI-assisted synthesis

Reimagining Victorian-era inventions with modern nanotechnology for energy efficiency

Victorian inventions nanotechnology energy efficiency historical engineering modern applications

Blending ancient materials science with nanotechnology for sustainable construction

ancient materials nanotechnology sustainable construction bio-inspired design historical engineering

Enhancing nanoparticle synthesis efficiency via microwave-assisted synthesis for targeted drug delivery

microwave synthesis nanoparticles drug delivery efficiency biomedical engineering

In quantum vacuum fluctuations: harnessing zero-point energy for nanoscale propulsion

quantum vacuum zero-point energy nanoscale propulsion Casimir effect quantum electrodynamics

Via self-optimizing reactors for continuous pharmaceutical synthesis under dynamic conditions

self-optimizing reactors pharmaceutical synthesis process automation dynamic conditions continuous manufacturing

Enhancing carbon capture through phytoplankton cloud seeding with nanobubble delivery

marine geoengineering nanobubble technology algal blooms carbon sequestration cloud nucleation

Fusing flow chemistry robots with sparse mixture-of-experts AI for drug discovery

automated synthesis MoE models high-throughput chemistry reaction optimization AI-driven discovery

Optimizing asteroid mining operations with self-replicating nanobot swarms and in-situ resource utilization

space mining self-replicating systems nanotechnology ISRU asteroid resources

In yoctogram mass measurements using optomechanical nanoresonators

yoctogram measurement optomechanics nanoresonators quantum sensing ultra-light mass detection

Mapping circadian rhythm minima effects on nanoparticle drug delivery efficiency

circadian rhythms nanoparticle delivery chronotherapy drug efficiency biomedical timing

Using DNA origami nanostructures for targeted drug delivery systems

DNA origami drug delivery nanomedicine targeted therapy molecular engineering