Advanced materials synthesis and nanotechnology

Blending ancient materials science with nanotechnology for self-healing concrete

biomimetic materials nanocomposites construction tech historical analogs fracture mechanics

In artificial photosynthesis, enhancing efficiency via bioengineered quantum dot hybrids

quantum dots biohybrid systems solar fuel photoelectrochemistry synthetic biology

At picometer precision, manipulating molecular bonds with ultrafast laser pulse shaping

femtochemistry bond-selective control coherent light-matter interaction attosecond physics molecular dynamics

Optimizing drug discovery pipelines with computational retrosynthesis and AI-driven reaction prediction

computational retrosynthesis drug discovery AI prediction synthetic pathways pharmaceutical optimization

Picocubic reaction chambers for single-molecule enzymology under femtoliter confinement

single-molecule biophysics microfluidics enzyme kinetics femtoliter chambers nanofabrication

Anticipating 22nd century energy needs through attojoule-scale nanodevice optimization

attojoule energy nanotechnology future computing energy efficiency quantum limits

Reimagining Victorian-era inventions with modern nanotechnology for biomedical applications

Victorian technology nanotechnology biomedical devices historical engineering material science

Blending ancient Roman concrete formulations with carbon nanotube reinforcement for modern infrastructure

ancient materials nanotechnology self-healing concrete carbon nanotubes Roman engineering

Designing DNA origami nanostructures for targeted delivery of CRISPR components to specific cell types

DNA nanotechnology CRISPR delivery precision medicine gene editing biomolecular engineering

Blending ancient Roman concrete techniques with modern nanotechnology for durable infrastructure

self-healing concrete archaeological materials nanocomposites sustainable construction ancient engineering

Exploring the potential of directed self-assembly of block copolymers for nanoscale manufacturing

nanotechnology self-assembly block copolymers nanofabrication materials science

Through mechanochemical reactions, how can we synthesize pharmaceuticals with minimal solvent use?

mechanochemistry pharmaceutical synthesis green chemistry solvent-free reactions drug manufacturing