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Crystalline CHANGE TOPIC

Crystalline materials

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By melding small quasicrystals together, researchers have been able to synthesize large quasicrystals without any grain boundary imperfections.

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By applying strain to a multiferroic material, researchers have discovered an exotic new state with a much higher electromechanical response.

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Researchers have uncovered evidence that grain boundaries in polycrystalline materials don't move as expected when they're heated.

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Using machine learning and a form of atomic force microscopy , researchers have mapped the polarization pattern in ferroelectric materials.

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Stretching a 2D material called strontium titanate causes crystalline defects to organize into periodic structures that enhance its electronic properties.

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Researchers have discovered a complex landscape of electronic states that can co-exist on a novel non-magnetic kagome superconductor.

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Researchers have shown that with a bit of strain and a weak magnetic field they can drive the electrons in strontium niobate to the extreme quantum limit.

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A stack of crystalline monolayers with random alignments has excellent heat conductivity in one direction and excellent insulation in the other direction.

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