News Archives

The new technique can be used to study and design a broad range of materials for use in things like sensors and detectors.

Researchers have developed the first detailed model of the interaction between the magnetized wind and the magnetic field that surrounds the planet.

Scientists and staff combine expertise across disciplines to address drug development, medical supplies, information processing, and more.

Researchers have worked on a hybrid system combining bacteria and nanowires that can convert CO2 and H20 into building blocks for organic molecules.

FRIB’s readiness to accelerate beam in the second segment of the linear accelerator has been assessed in its fourth Accelerator Readiness Review.

Researchers are a step closer to understanding how superconductors can be improved for reliability in future quantum computers.

Measurements from single electron tunneling provide spectroscopic evidence & cinch the case for a 'pair density wave' coexisting w/ superconductivity.

A study by SLAC and Dark Energy Survey researchers is part of a larger effort to understand how dark matter works on scales smaller than our galaxy.

Rice University calculations show they could be highly useful for solar panels.

Sorting through millions of possibilities, a search for battery materials delivered results in five weeks instead of 50 years.

A new study has ruled out dark matter being responsible for mysterious electromagnetic signals previously observed from nearby galaxies.

PPPL scientists are leading an Aurora ESP project that will leverage AI, deep learning, & exascale computing power to advance fusion energy research.

A PNNL biologist and Seattle colleagues are learning about structures of 27 surface proteins.

Research team is using ORNL’s SUMMIT, the most powerful supercomputer on the planet, to examine existing compounds that may have COVID-19 efficacy.

Neutron scattering research can provide insights that may lead to the development of novel materials for implant dentistry.

The research team used an ultrasensitive measurement technique, magnetic field modulated microwave spectroscopy, to characterize alloys.

NERSC and ESnet are providing critical computing and networking resources to scientists, including some exploring ways to fight the pandemic.

Researchers at PPPL have proposed a new theory to explain the swings that occur in doughnut-shaped tokamaks, or fusion facilities.

Harvard and MIT researchers demonstrate the missing link for a quantum internet.

Unconventional material emits light that exceeds limits of natural law.

A new high-resolution mapping framework, BESS-STAIR, focuses on plants’ carbon-water-energy cycles to provide daily, accurate information.

An experiment conducted at CERN utilizes novel techniques developed at Argonne to study the nature and origin of heavy elements in the universe.

Meng Wang, Tami Fairless, and Karen Lee Johnson use teamwork to bring atmospheric data into focus while also improving their work environment.

Stanford researchers have developed a method to genetically reprogram cells to build artificial structures.