The research, funded by the Department of Defense, focuses on developing new concepts in non-invasive testing and evaluation of semiconductor chips.
Scientists find that biomolecular condensates’ aging is determined by their amino acid sequence.
Droplet formation may have protected RNA in the prebiotic world, allowing it to self-replicate and kickstart life.
Supported by a $1 million National Science Foundation grant, the system will spur research and economic development in electronics, quantum computing and more.
Scientists transfer electron spin to photons, a quantum tech advancement that could offer rapid communication over interplanetary distances.
UB physicists find that liquid droplets of disordered proteins engage with — and overtake — a key gene regulator.
The team will use AI and quantum science to apply 2D materials to satellite sensors, radiation shields and quantum computing.
The research will be led by biologists Soo-Kyung and Jae Lee, whose daughter has the rare neurological disorder.
RNA, in the limelight for its starring role in cutting-edge vaccine technology, is also a key player in the inner workings of cells.
UB physicist Herbert Fotso has received a grant to explore the interplay between disorder and strong interaction between electrons.
