Manipulating the geometry of the ‘electron universe’ in magnets

Manipulating the geometry of the 'electron universe' in magnets

Left: The movement of light in the strong gravitational field of the universe.Center: Non-ohmic conduction resulting from the non-trivial quantum metrological structure of the “electron universe” can be tuned through …

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A New Spin in Materials Analysis: Benefits of Probing Electron Spin States with Higher Resolution and Efficiency

A New Spin in Materials Analysis: Benefits of Probing Electron Spin States with Higher Resolution and Efficiency

This article was reviewed in accordance with Science X’s editorial procedures and policies. Editors have emphasized the following attributes while ensuring the credibility of the content: Fact checked Trusted source …

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A New Spin in Materials Analysis: Benefits of Probing Electron Spin States with Higher Resolution and Efficiency

A New Spin in Materials Analysis: Benefits of Probing Electron Spin States with Higher Resolution and Efficiency

Graphical summary. Credit: Advanced Materials Science and Technology: Methods (2024). DOI: 10.1080/27660400.2024.2328206 Electron spin states can now be detected with higher resolution and more efficiently, opening up new opportunities in …

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Electron paths can enhance the magnetism of collective atomic vibrations

Electron paths can enhance the magnetism of collective atomic vibrations

A diagram showing the setup and functionality of the Rice Advanced Magnet with Broadband Optics (RAMBO), a unique instrument that allows researchers to use pulsed laser spectroscopy to examine the …

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Ultrafast laser maps electron “ballistics” in graphene, impacting next-generation electronic devices

Ultrafast laser maps electron "ballistics" in graphene, impacting next-generation electronic devices

Research at the University of Kansas’ Ultrafast Laser Laboratory could lead to breakthroughs in electronic control of semiconductors, a fundamental building block of most information and energy technologies.Image source: University …

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