Scientists have imaged and fine-tuned a new type of magnetic material far beyond the souveniers you'll find stuck on your ...

You may have heard warnings about keeping magnets close to electronic devices. These were especially common in the 80s and ...

A team including Kyoto University researchers said Thursday that it has taken a major step toward the practical use of a ...

An international research team, working with cutting-edge technology at the University of Nebraska–Lincoln, has made a ...

The resulting long and tunable propagation of these modes is an exciting development in the field of magnetic materials. The spin Hall effect facilitates the generation and detection of spin ...

Permanent magnets — materials that create their own persistent magnetic field — are frequently used in most types of ...

This creates a bottleneck that limits how small and fast computer chips can be. Scientists have searched for materials that maintain their metallic properties at atomic thickness, but success has been ...

These new iron-nitride magnets are stronger, cleaner to make, and made from domestic iron-salt waste and nitrogen.

Despite these efforts, no material has yet been identified with the performance of ANE at room temperature exceeding that of a cobalt-based topological magnet, i.e., Co 2 MnGa, reported in 2018 ...

Ferroelectrics are special materials with polarized positive and negative charges—like a magnet has north and south ...

A kirigami design where the cuts’ length-to-width ratio was six was way more responsive to magnets, and that, in turn, ...