Nanotechnology

The purpose of this event is to review Office of Naval Research (ONR) Multi-University Research Initiatives (MURIs) and Basic and Applied Research (BAR) projects. The 2025 ONR MURI and BAR Review hosted by the Physical Measurement Laboratory at NIST

Neutrinos are the lightest elementary particles in the universe. But exactly how much do they weigh? For three decades, physicists have sought answers to this question because the masses of the three known types of neutrinos – electron, tau, and muon

The new method will be useful in various fields, including nanomedicine, food science, environmental science and advanced manufacturing.

As part of the JARVIS workshop series, the 6th Artificial Intelligence for Materials Science (AIMS) workshop will be held as an in-person only event at the National Cybersecurity Center of Excellence (NCCoE) located at 9700 Great Seneca Highway in

Scientists develop new impact-resistant material based on the exoskeleton of the mantis shrimp.

Imaging antique coins with beams of low-energy neutrons, researchers at the National Institute of Standards and Technology (NIST) and their colleagues have demonstrated a method to distinguish century-old coins from fakes. Authenticating coins is

Using an electron beam to image the tiniest of defects and patterns on microchips, the scanning electron microscope (SEM) has long been a mainstay of the semiconductor industry. But as the industry continues to miniaturize chip components—essential

As part of the JARVIS workshop series, the National Institute of Standards and Technology (NIST) is organizing the 4 th Quantum Matters in Materials Science (QMMS) workshop in-person on Feb 19-20, 2025. The workshop will be focused on quantum

Using strands of DNA to create miniature hinges that pop open or shut when binding to specific molecules, researchers at the National Institute of Standards and Technology (NIST) have developed a chip-scale device that has the potential to measure

Researchers have created orange, yellow and green lasers tiny enough to fit on a chip.

Microcombs – chip-scale devices that generate and measure frequencies of light with exquisite accuracy – have transformed timekeeping and boosted optical communications. However, their operation is typically limited to a narrow range of near-infrared

Frequency combs — specialized lasers that act like rulers to measure light — are now being brought down to a low-power, chip-scale form. NIST researchers David Long, Vladimir Aksyuk and their colleagues have developed frequency combs on a chip that

Nearly every modern cellphone has a built-in compass, or magnetometer, that detects the direction of Earth’s magnetic field, providing critical information for navigation. Now a team of researchers at the National Institute of Standards and

Devices that capture the brilliant light from millions of quantum dots, including chip-scale lasers and optical amplifiers, have made the transition from laboratory experiments to commercial products. But newer types of quantum-dot devices have been

Chip-based devices known as frequency combs, which measure the frequency of light waves with unparalleled precision, have revolutionized time keeping, the detection of planets outside of our solar system and high-speed optical communication. Now

As a part of the JARVIS workshops series, NIST is organizing the 3rd Quantum Matters in Materials Science (QMMS) workshop in person on Feb 21-22, 2024. The workshop will be focused on quantum phenomena in emerging materials for next generation

Researchers at NIST have developed bioelectronic devices capable of real-time measurements of cell behavior.

Perched atop a high plateau in Chile’s Atacama Desert, a long-awaited observatory is beginning to take shape: the largest suite of ground-based telescopes devoted to studying the oldest light in the universe, radiation left over from the Big Bang

The surprisingly strong effect could have implications for drug design and delivery.

Researchers have created a prototype quantum computer with a record number of qubits—the analog of bits in an ordinary computer—capable of performing logical operations. The feat promises to be an important step towards building a practical quantum