Stanford scientists discovered that tartrazine can reversibly make skin transparent, overcoming limitations of traditional chemical clearing agents. [ more ]
Aurora supercomputer, Advanced Photon Source at Argonne National Laboratory in Lemont, Illinois transform scientific discoveries
Aurora and APS represent groundbreaking technology that will significantly enhance research capabilities across various scientific disciplines. [ more ]
You've Heard of Graphene. Now Say Hello to Goldene
Scientists have successfully created freestanding single-atom-thick sheets of gold, opening up possibilities for new material properties similar to graphene. [ more ]
Aurora supercomputer, Advanced Photon Source at Argonne National Laboratory in Lemont, Illinois transform scientific discoveries
Aurora and APS represent groundbreaking technology that will significantly enhance research capabilities across various scientific disciplines. [ more ]
You've Heard of Graphene. Now Say Hello to Goldene
Scientists have successfully created freestanding single-atom-thick sheets of gold, opening up possibilities for new material properties similar to graphene. [ more ]
New Stanford hydrogel to reduce damage of California wildfires
Researchers developed a long-lasting, water-enhancing gel to protect structures from wildfires, showing effectiveness beyond current fire retardants. [ more ]
Implantable device responds to opioid OD - Harvard Gazette
The iSOS device can autonomously detect and reverse opioid overdoses, providing timely naloxone delivery without need for bystander intervention. [ more ]
Adaptive 3D printing system to pick and place bugs and other organisms
The University of Minnesota has developed an adaptive 3D printing system that can autonomously identify and manipulate organisms for various applications, streamlining research processes. [ more ]
University Researchers Create New Type of Interpretable Neural Network
KANs outperform traditional neural networks in physics modeling tasks with better accuracy and fewer parameters, offering more interpretable outputs. [ more ]