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A transmission electron microscope image of a nanomagnetic Galton board. A domain wall is injected at the top of the board and makes a decision to go down the left or right path at each y-shaped intersection.

A transmission electron microscope image of a nanomagnetic Galton board. A domain wall is injected at the top of the board and makes a decision to go down the left or right path at each y-shaped intersection.

Understanding randomness: Argonne researchers visualize decision-making in nanomagnetic structures

Material Science

An intercrystal formed by overlaying twisted graphene on hexagonal boron nitride.

An intercrystal formed by overlaying twisted graphene on hexagonal boron nitride.

Scientists discover class of crystals with properties that may prove revolutionary

Material Science

Excitons do not just glow inside (blue) but also on the surface (red) of a semiconductor magnet – a special feature of CrSBr crystals. This extraordinary quantum material combines antiferromagnetic order with semiconducting properties and emits intense light through excitonic quasiparticles. Its unique properties allow the precise control of light using magnetic fields.

Excitons do not just glow inside (blue) but also on the surface (red) of a semiconductor magnet – a special feature of CrSBr crystals. This extraordinary quantum material combines antiferromagnetic order with semiconducting properties and emits intense light through excitonic quasiparticles. Its unique properties allow the precise control of light using magnetic fields.

Quasiparticles discovered on the surface of semiconductor magnets

Candida auris is an emerging drug-resistant fungus. New research reveals a promising new way to combat it.

Candida auris is an emerging drug-resistant fungus. New research reveals a promising new way to combat it.

Targeted nanoparticles show promise for more effective antifungal treatments

Representative hydrogen structure from the molecular dynamics simulation showing the atomic arrangement in a newly identified phase under simulated conditions. Blue spheres represent freely rotating hydrogen molecules. The H₂ trimer units, i.e. molecular structures consisting of three hydrogen molecules (H₂) that form a honeycomb-like pattern, are shown in purple.

Representative hydrogen structure from the molecular dynamics simulation showing the atomic arrangement in a newly identified phase under simulated conditions. Blue spheres represent freely rotating hydrogen molecules. The H₂ trimer units, i.e. molecular structures consisting of three hydrogen molecules (H₂) that form a honeycomb-like pattern, are shown in purple.

On the way to metallic hydrogen

Material Science

The fungal film reacts reversibly to moisture and could be used for bio-based humidity sensors.

The fungal film reacts reversibly to moisture and could be used for bio-based humidity sensors.

Researchers develop living material from fungi

Material Science

2D Materials: Key Players in the Future of Portable Diagnostics?

2D Materials: Key Players in the Future of Portable Diagnostics?

2D Materials: Key Players in the Future of Portable Diagnostics?

Material Science

Quantum entangled photons on demand

Quantum entangled photons on demand

Quantum entangled photons on demand

Cracking the disorder

Cracking the disorder

Cracking the disorder

Material Science

Scanning electron microscope image of a three dimensional superconducting nanostructure (nanobridge) deposited using direct-write 3D nanoprinting.

Scanning electron microscope image of a three dimensional superconducting nanostructure (nanobridge) deposited using direct-write 3D nanoprinting.

Bringing superconducting nanostructures to 3D

Material Science

Five thiophene-fused nanobelts (yellow spheres: sulfur atoms; gray spheres: carbon atoms) in an organic solution.

Five thiophene-fused nanobelts (yellow spheres: sulfur atoms; gray spheres: carbon atoms) in an organic solution.

Sulfur-capped carbon nanobelts promise novel applications

Material Science

Revolution in friction: Scientists discover a way to make super-smooth materials

Revolution in friction: Scientists discover a way to make super-smooth materials

Revolution in friction: Scientists discover a way to make super-smooth materials

Material Science

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