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Electronic CHANGE TOPIC

Electronic properties news

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

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

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

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.

GaN-on-diamond shown to be innovative semiconductor material for first time

Researchers have shown how learning can be mimicked in a nickel oxide insulator by varying external stimuli.

A new measurement technique has revealed that a single carbon fiber is more electrically conductive in the direction parallel to its length.

calculations identify diffusion paths of Se in CdTe, boosting thin film solar cell efficiency

Synthesis of molecular nano “spheres” with potential for semiconductors

Researchers have developed a novel method for getting thin layers of different materials, including perovskites, to self-assemble into large crystals.

Center for Atomically Thin Multifunctional Coatings, operated by Penn State and Rice Universities, secures $1.5 million in Phase II funding from NSF

While searching for novel superconductors, researchers unexpectedly discovered a 2D material with an unusually high ionic conductivity.

Subjecting combinations of oils with different conductivities to an electric field causes them to adopt unusual shapes and patterns, like square droplets.

Using ultrafast laser pulses, researchers were able to observe subtle transitions between the insulating and conducting properties of chromium oxides.

By applying strain to a monolayer semiconductor, researchers managed to produce chiral valley-polarized light at room temperature.

Researchers have developed a novel etching process for fabricating features and patterns on 2D materials like graphene at near atomic resolution.

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