Crystalline CHANGE TOPIC

Crystalline materials

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A novel method for growing thin-films of barium titanate with few defects could lead to more energy efficient electronic devices.

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Researchers have shown that machine learing can automatically process the diffraction patterns produced by analyzing suface superstructures on silicon.

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Researchers have developed a way to produce identical photons, with the same wavelength and polarization, from separate quantum dots.

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Researchers have used a novel spectroscopy technique to map the dynamic behavior of phonons in quantum dots at atomic scale.

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Using spinning arrays of magnetic particles, researchers have modeled how shear influences grain boundaries in polycrystalline materials.

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A membrane produced by embedding a metal-organic framework into a polymer can remove hydrogen sulfide and carbon dioxide from natural gas.

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By firing microscopic particles at a surface, researchers have been able to study how the tiny crystalline grains in solid metals form at the nanoscale.

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Researchers have shown that knot theory can be used to understand the behavior of electrons in quantum materials such as topological magnets.

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Using multiple supercomputers, researchers have discovered that 90% of all known crystalline structures contain at least one topological property.

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Researchers used computational models to understand how tungsten oxide catalysts interact with hydrogen at the molecular level.

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24
Oct ’22

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