Read article: Spiderweb structure inspires nanomechanical gravity sensor
Spiderweb structure inspires nanomechanical gravity sensor
Microchip-based resonator was designed using machine learning and works at room temperature
Read article: Spiderweb structure inspires nanomechanical gravity sensor
Read article: Ultrafast cryo-arrest of living cells reveals biomolecular patterns with unprecedented resolution
Ultrafast cryo-arrest of living cells reveals biomolecular patterns with unprecedented resolution
Fluorescence microscopy technique enables observation of biomolecular patterns in their native state down to the nanometre scale, by rapidly cooling cells to –196 °C
Read article: Hybrid device acts as both solar cell and battery
Hybrid device acts as both solar cell and battery
Researchers develop first photoelectric system that can convert light into charge and then store it
Read article: Tiny transistor arrays record electrical activity inside heart cells
Tiny transistor arrays record electrical activity inside heart cells
A 3D array of pop-up sensors can measure electrical signals within a single heart cell, as well as between multiple cells
Read article: ‘Strange history’ of photons challenges our understanding of quantum interactions
‘Strange history’ of photons challenges our understanding of quantum interactions
Surprising experiment reveals atoms can be excited by photons passing straight through a medium
Read article: Quantum entanglement boosts accuracy of industrial quality inspections
Quantum entanglement boosts accuracy of industrial quality inspections
Quantum conformance test method requires low light levels and relatively simple equipment
Read article: Ultralow-field MRI scanner could improve global access to neuroimaging
Ultralow-field MRI scanner could improve global access to neuroimaging
A low-cost, low-power, shielding-free, ultralow-field MRI scanner produces high-quality brain images
Read article: New laser technique could give electron microscopes a boost
New laser technique could give electron microscopes a boost
Energy and phase manipulation could generate electron-photon entanglement
Read article: Motion of a single skyrmion is controlled at room temperature
Motion of a single skyrmion is controlled at room temperature
Magnetic vortex manipulated using electrical currents
Read article: Quantum computers take on quarks
Quantum computers take on quarks
Variational quantum algorithms bring full-scale simulations of the strong nuclear force one step closer to reality
