Magnetism in small amounts of hydrogen: Research team develops new ideas to improve properties of ultra-thin materials

Magnetism in small amounts of hydrogen: Research team develops new ideas to improve properties of ultra-thin materials

Graphical summary. Credit: nanoletters (2024). DOI: 10.1021/acs.nanolett.3c04777 Magnetic two-dimensional materials consisting of one or a few atomic layers were only recently known and promise interesting applications such as future electronics. …

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Team discovers relationship between DNA replication time and how genes fold into 3D structures within the cell nucleus

Team discovers relationship between DNA replication time and how genes fold into 3D structures within the cell nucleus

RT emerges gradually during preimplantation development in mice. AOverview of single-cell Repli-seq for generating RT profiles from single cells in mouse preimplantation embryos based on copy number variation. Second, schematic …

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For the first time, a research team simulated different characteristics of a kilonova explosion simultaneously

For the first time, a research team simulated different characteristics of a kilonova explosion simultaneously

Numerical simulation of the ejecta produced by two merging neutron stars. Red refers to ejected material with a high proportion of neutrons, which generally appears redder than blue material with …

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Research team develops optical technology to simultaneously generate and shape gigahertz burst pulses

Research team develops optical technology to simultaneously generate and shape gigahertz burst pulses

The proposed “spectrum shuttling” method generates gigahertz (GHz) burst pulses from ultrashort pulses, each with a different wavelength and customizable spatial profile. These GHz bursts open the way to a …

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