Tiny chips called neurograins are able to sense electrical activity in the brain and transmit that data wirelessly. Credit: Jihun Lee / Brown University Brain-computer…
View More Wireless Microscale Neural Sensors Enable Next-Generation Brain-Computer Interface System
Engineers at MIT, Caltech, and ETH Zürich find “nanoarchitected” materials designed from precisely patterned nanoscale structures (pictured) may be a promising route to lightweight armor,…
View More New Nanomaterial Resists Projectile Impact Better Than Kevlar
University of Washington and Microsoft researchers have introduced a new class of reporter proteins that can be directly read by a commercially available nanopore sensing…
View More Researchers Develop “Nanopore-Tal” Technology That Enables Cells To Talk to Computers
Researchers at the George Washington University have developed a nanophotonic analog accelerator to solve challenging engineering and science problems, known as partial differential equations, in…
View More Novel Nanophotonic Analog Processor Developed for High Performance Computing
Artificial polymer-based neural network. The strongly nonlinear behavior of these networks enables their use in reservoir computing. Credit: TU Dresden Artificial intelligence (AI) will fundamentally…
View More Implantable AI System Developed for Early Detection and Treatment of Illnesses
Credit: Eric Byler/The Australian National University Scientists at The
View More Scientists Set New World Record With Bifacial Solar Cells
Illustration of ClearSpace-1, a planned active debris removal mission. Credit: ClearSpace SA Less than a year on from the UK Space Agency committing £1 million…
View More What Goes Up Must Come Down: Helping Clean Up Space Junk With First-of-Its-Kind Mission Optimizer
Fully assembled SEND packages are released from the cell to be collected for gene therapy. Credit: McGovern Institute Made of components found in the human…
View More Scientists Harness Human Protein To Deliver RNA Molecular Medicines to Cells
Researchers encoded patterns and designs into the material by making tiny, invisible tweaks to the geometry of the triangular lattice. Credit: Image courtesy of Shucong…
View More Transforming Circles Into Squares: Researchers Reconfigure Material Topology on the Microscale
The setup for the milli-electronvolt inelastic X-ray scattering that probes the many-body localization in the disordered superlattice system. Credit: Image courtesy of the researchers In…
View More A Peculiar State of Matter in Layers of Semiconductors Could Advance Quantum Computing