Interdisciplinary Research

Collaboration Collaboration in Science Collaborative Studies Artificial Intelligence Archaeological Science Scientific Workflows Complex Systems Materials Science Health Sciences Geophysical Methods Archaeobotany Multidisciplinary Fields Chemical and Biomolecular Engineering Anthropocene Working Group Engineering Kinematic Features Applications of Fusion Technology Astrophysics and Geology Collaborations Physics and Biology Aerospace Engineering Climate Research AI in Interdisciplinary Studies Systems Biology Biology and Technology Team Composition AI and Other Disciplines Collaborative Science Diversity in Research International Collaboration Astrophysics Social Sciences Technological Advancements Santa Fe Institute Data Science Collaboration in Robotics Chemical Engineering Convergent Science Geology Collaborative Research Teams Behavioral Biology Biophysics Art and Science Collaboration Applications of Supercomputing Polymer Science Team Science Archaeological Methods Robotics Material Analysis Fieldwork Biochemistry Quantum Systems Global Collaboration

Two Teams Report Working Thorium‑229 Nuclear Clocks

The devices use thorium nuclei embedded in calcium‑fluoride crystals probed by vacuum‑ultraviolet lasers to open a room‑temperature path toward more resilient, ultra‑precise timekeeping.

Texas A&M Opens World's Largest Academic Detonation Lab

Missouri Team Demonstrates Rewritable DNA Storage in Peer-Reviewed Study

Elephant Trunk Whiskers Use Built-In Material Gradients to Pinpoint Touch, Study Finds

Aletheia Debuts as Gemini-Based AI Math Research Agent With Claimed Research Results

Active Flat Bands Confirmed in Kagome Superconductor CsCr3Sb5

Allen Institute for AI Launches $152M OMAI Project to Build Open AI Models for Science

Researchers Launch Open-Source Framework for Patient-Specific Cancer Digital Twins

Researchers Develop Nanomaterial for Passive Water Harvesting and Cooling