Explore how force fields bridge quantum mechanics to bulk material properties through multiscale modeling, from ab initio calculations to molecular-based equations of state.
Discover how ultrafast X-ray methods are revolutionizing our ability to observe molecular dynamics in real-time, from femtosecond bond changes to protein structural transformations.
Discover how scalable atomistic modeling tools with chemical reactivity are revolutionizing life sciences by revealing molecular dynamics at atomic scale.
Exploring the rs35667974 polymorphism in the IFIH1 gene and its dual role in autoimmune diseases through structural biology insights.
Exploring how letrozole, a breast cancer drug, interacts with Human Serum Albumin for effective drug delivery through spectroscopic and molecular modeling techniques.
Exploring ultrafast molecular dynamics through quantum, semiclassical, and classical approaches in light-matter interactions.
Exploring revolutionary methods to control molecular assembly with breakthroughs in medicine, energy, and quantum technology.
Discover how scientists are reprogramming icosahedral viruses to deliver therapeutic genetic payloads for next-generation medicine.
Exploring how memories persist through extreme brain transformations including regeneration, metamorphosis, and hibernation, with implications for treating neurological disorders.
Scientists have captured video of fullerene C60 assembling itself from truxene derivative C60H₃₀, revolutionizing nanomaterial design.