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magnetism

The National High Magnetic Field Laboratory

by Lauren Everett

Record-breaking 'MagLab' offers unparalleled research environment for thousands of scientists

Ilustration of the crystal structure of the yttrium alloy, with a squiggly red line at left representing the laser pulse into the crystal, the crystal in the middle represented by a stack of clear tetrahedrons with a red sphere at each vertex, and two wavy blue and green lines to the right representing the two types of magnons created

Researchers Measure and Control Interactions of Magnetic Ripples Using Lasers

by California NanoSystems Institute

Magnet attracting metal balls

Making Sense of Coercivity in Magnetic Materials with Machine Learning

by Tokyo University of Science

Photo of the Earth behind the Moon

How Magnetism Could Help Explain Earth’s Formation

by University of Leeds

A peculiar property of the Earth’s magnetic field could help us to work out how our planet was created

Atom with electrons orbiting it concept on black background

Researchers Use Light to Control Magnetic Fields at Nanoscale

by University of Chicago

The demonstration of efficient optical control of spin order has great potential for device applications

Electric cars charging at a charging station at sunset

Magnetic Field Helps Battery Electrodes Tackle Electric Vehicle Challenges

by University of Texas at Austin

New type of electrode for lithium-ion batteries could yield faster charging

demonstration of magnetic field lines on a white background

Scientists Turn a Nanowire with Exotic Currents into a Probe for Magnetism

by University of Illinois Grainger College of Engineering

Team added a samarium hexaboride nanowire to the tip of their scanning tunneling microscope

Magnet attracting metal balls

New Advances in the Search for Molecular Magnets

by University of Lisbon

The research is an encouraging result for the future of quantum-scale computing

A representation of a magnetic field using dotted lines next to two magnetice poles, on a blue background

Researchers Map Magnetic Fields in 3D

by University of New Hampshire

Findings could improve device storage capacity

Magnet with north and south poles labeled and with iron filings

The Intriguing Behavior of Magnets with an Extra Bit of Oxygen

by Seoul National University

Tracking the behavior of magnetite nanoparticles for three years, researchers shed some light on an 80-year-old dilemma

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

Magnetic flux density (magnetization) map obtained using the transport of intensity equation analysis

Scientists Observe a New Type of Topological Defect in Chiral Magnets

by Nagoya University

Researchers imaged topological defects in a chiral magnetic thin film made of cobalt, zinc, and manganese

The Moon

Moon Magnetization Research Debunks Long-Held Theory

by Curtin University

Research concludes "that a core dynamo is the only plausible source of the magnetization of the Moon's crust"