Explore the fascinating world of ultrafast proton-coupled electron transfer (PCET) - the synchronized molecular dance that powers essential biological and chemical processes in quadrillionths of a second.
Explore how molecular force probes reveal the hidden connection between mechanical force and chemical reactions, enabling breakthroughs in materials science and biology.
Explore how phyto-chemical remediation uses plants and microbes to clean oil-contaminated soil, with data on microbial DNA analysis and removal efficiency.
Explore the groundbreaking advances in single-molecule spectroscopy at room temperature, revealing hidden molecular dynamics and heterogeneity.
Explore the fascinating world of atomic and molecular clusters, where solvation and fission processes reveal connections between atomic and nuclear physics.
Explore how bioinformatics and computational biology are revolutionizing our understanding of proteins and enabling the design of novel molecular machines.
Explore how computational modeling reveals the intricate mechanisms of cell adhesion and motility, from nanoscale interactions to collective migration patterns.
Explore how single-molecule electrical detection is transforming scientific research by allowing observation of individual molecular behaviors.
Explore how synchrotron radiation enables groundbreaking discoveries in nanoscience and nanotechnology through advanced X-ray techniques.
Explore how photosynthesis and bioenergetics are shaping our sustainable energy future through nature's original solar technology.