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atomic-level structure

An abstract colorful image that is a map of the crystal structure of the alloy made with electron backscatter diffraction in a scanning electron microscope. Each color represents a section of the crystal where the repeating structure changes its 3D orientation.

This Alloy Is Kinky

by Lawrence Berkeley National Laboratory

Remarkable metal alloy won’t crack at extreme temperatures due to kinking, or bending, of crystals at the atomic level

microscopic image of atom positions shown as pink and purple dumbell-like shapes at various angles on a black background

New Method Enables 3D Atom Mapping with Single Microscopic Image

by University of Bonn

How Does Corrosion Happen? New Research Examines Process on Atomic Level

by Binghamton University

computer image of ripples radiating outward

Electronic Pathways May Enhance Collective Atomic Vibrations’ Magnetism

by Rice University

Better understanding of atomic vibration can help researchers design better materials

Holographic image of an atom floating over a human hand

A New Quantum Approach to Solve Electronic Structures of Complex Materials

by Argonne National Laboratory

A quantum computational solution for engineering materials

Atom image made of light on a black background

Astronomy Instrument Helps Capture Singular Quantum Interference Effects

by Kavli Institute for the Physics and Mathematics of the Universe

Research team combined two instruments to measure the polarization of X-rays emitted by highly charged ions

Image of an atom made of light with spinning electrons

Dynamical Fractal Discovered in Clean Magnetic Crystal

by University of Cambridge

The new type of fractal appears in a class of magnets called spin ices

The Mechanism of the Metal-to-Insulator Transition in Ruthenium Phosphide

by Nagoya University

Ruthenium was found to switch from metal to an insulator due to changes at the molecular level that capture electrons

Blue tinted computer generated computer chip

How ‘2D’ Materials Expand

by Massachusetts Institute of Technology

New technique that accurately measures how atom-thin materials expand when heated

First Atomic View of a Quantum Electronic Device in Operation

by U.S. Department of Energy

Researchers have used ultrafast electron diffraction to observe a quantum electronic device as it operates

Illustration of magnetic coupling in a cobalt-doped zinc-oxide monolayer. Red, blue, and yellow spheres represent cobalt, oxygen, and zinc atoms, respectively.

Scientists Create World’s Thinnest Magnet

by Lawrence Berkeley National Laboratory

A one-atom thin 2D magnet could advance new applications in computing and electronics

Dr. Aparajita Singha with one of the ESR-enabled STM systems at QNS

Researchers Identify Ultrastable Single Atom Magnet

by Institute for Basic Science

Researchers show atomic scale control of magnetic field within artificially built quantum architectures

Ultrafast Imaging Reveals Existence of "Polarons"

by Brookhaven National Laboratory

New technique reveals direct experimental evidence of strong coupling between electron motion and deformations in atomic arrangements that affect the flow of current