Build your own receptor: modular system can be tailored to any antigen
The development of PAGER allows researchers to create customizable GPCRs that respond to specific ligands and can produce various outputs.
Research Shows Light Can Break Down "Forever Chemicals" - But Will It Scale?
PFAS are known as forever chemicals due to their extreme environmental persistence and potential health impacts.
A new chemical system has been developed that uses light to break down PFAS, overcoming traditional degradation challenges.
Can novelty scores on papers shift the power dynamics in scientific publishing?
DeSci Publish helps predict manuscript impact through a novelty score that aids journal editors and researchers in publishing decisions.
Boffins find way to turn diamonds into dense storage medium
USTC achieved record 1.85 terabytes/cubic centimeter storage using diamonds, offering unparalleled density and durability compared to traditional technologies.
Boston's dense health-sciences networks help the city to maintain its lead
Boston's ecosystem of education and research drives health sciences innovation, ranking highest in the Nature Index for research output.
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.
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.
Collaboration across multiple institutions enhances research quality in materials science.
Integration of diverse academic backgrounds is crucial for innovation in technological applications.
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.
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.
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.
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.
How South Korea's science stars are finding success
Emerging scientists in South Korea are pioneering advancements in energy storage solutions, particularly batteries, addressing pressing energy issues.
Innovations like lithium-air batteries signify a potential leap in energy density, crucial for future energy storage technologies.
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.
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.
Heaviest element yet within reach after major breakthrough
Scientists demonstrate new method to create superheavy elements, aiming for element 120 as the heaviest ever made.
How Game Theory Can Make AI More Reliable
Researchers are using game theory to enhance large language models' correctness, efficiency, and consistency.
A robot made out of living human skin is just as terrifying as it sounds
Robots with human-like living skin are being researched for potential use, exploring attachment to robotic limbs and faces.