Explore how convolutional neural networks are transforming materials science by predicting elasticity in advanced inorganic materials with unprecedented speed and accuracy.
Explore how biomolecular rods and tubes made from DNA and proteins are revolutionizing nanotechnology, enabling microscopic machines and targeted drug delivery.
Exploring the chemical composition of atmospheric particles in tropical megacities and their impact on public health and climate.
Discover how hydrophilic carbon cuboids with Co/CoO nanoparticles are transforming lithium-ion battery technology with unprecedented stability and performance.
Explore William Cudmore McCullagh Lewis's groundbreaking Collision Theory that revealed the molecular dynamics of chemical reactions and transformed our understanding of reaction kinetics.
Discover how quantum chemistry helps astronomers identify molecules in space through their unique spectral fingerprints.
Explore how magnetic nanoparticles are revolutionizing medicine through targeted drug delivery, hyperthermia therapy, and neural regeneration.
Explore how synchrotron radiation enables breakthrough research in porous silicon oxide materials for advanced technological applications.
Explore how artificial intelligence is transforming the discovery of crystalline inorganic solids, accelerating materials science from serendipity to computational prediction.
Exploring how scientists are mimicking biological processes to create nanoparticles with revolutionary applications in medicine and technology.