Tag: electrons

A Highly Sensitive Quantum Microscope Developed A team of international researchers has developed a highly sensitive quantum microscope, enabling the first direct observation at room temperature of how electrons interact ...

Geometry revealed at the heart of quantum matter A UNIGE team reveals a once purely theoretical geometry at the heart of quantum materials, with major implications for future electronics. How ...

Wrinkles in atomically thin materials unlock ultra efficient electronics By Silvia Cernea Clark Wrinkles can be an asset — especially for next-generation electronics. Rice University scientists have discovered that tiny ...

A modern way to see infections in action. Stanford analysts uncovered the replication handle of SARS-CoV-2 utilizing super-resolution microscopy, which may have applications for sedate development. A modern, nano-scale see at ...

Thanks to a significant increase in computing power, a group of researchers has solved the decades-old mystery of whether optical waves can be trapped in small micro- or nanoparticles with ...

In pursuit of more efficient energy computing new devices (New Devices for More Efficient Energy Computing) developed at UC Santa Barbara promise improvements in design and data storage. Researchers from ...

Jellybeans – a sweet decoration for redundant circuits and computer pages, Engineers show that candy-shaped quantum dots create more breathing space inside a qubit-filled microchip. The silicon wafers of future ...

Advanced photon sources with nanoscale platinum grains open new ways to help hydrogen economy. Researchers at Argonne and Stanford University used bright X-rays to understand the factors necessary for hydrogen production. ...

Quantum synthesis for new electrical and optical applications, the materials showed performance over high temperature ranges and a great ability to store electricity. A team of electrical engineers and scientists ...

Yale researchers discovered that light is a surprising factor for enhancing electronic activity in a global network of nanowires produced by bacteria. Light accelerates conductivity into nature's 'electricity'. The natural ...