New laser technique could give electron microscopes a boost
Energy and phase manipulation could generate electron-photon entanglement
Read article: New laser technique could give electron microscopes a boost
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Energy and phase manipulation could generate electron-photon entanglement
Read article: New laser technique could give electron microscopes a boost
Magnetic vortex manipulated using electrical currents
Read article: Motion of a single skyrmion is controlled at room temperature
Variational quantum algorithms bring full-scale simulations of the strong nuclear force one step closer to reality
Read article: Quantum computers take on quarks
Images of the dramatic end to a red supergiant’s life could transform our understanding of how massive stars spend their last few months and days
Read article: Astronomers watch the death of a red supergiant in real time
White dwarf breaks rotation speed record
Read article: Magnetic propeller star flings plasma into the cosmos
Noise and Casimir–Polder force reduced by 2D conductor
Read article: Graphene could boost the performance of atom chips
A new neuroimaging technique can identify subtle brain changes early in the course of multiple sclerosis
Read article: Proton MR spectroscopy detects early brain changes in multiple sclerosis patients
Michael Riordan reveals how physicists and programmers played important roles in shaping the current wave of globalization
Read article: Going global: the world the Web has wrought
The UK's quantum computing ecosystem is gathering momentum, with a clutch of early-stage companies attracting significant investor funding to build the quantum computers of the future
Read article: Start-up innovation drives UK’s emerging quantum economy
Researchers combine deep learning and reflectance confocal microscopy to achieve biopsy-free, label-free skin diagnosis
Read article: Virtual histology may reduce the need for skin biopsies