Multi-eye-component imaging could help diagnose ocular disease
New technique can measure the elasticity of several eye components at the same time
Read article: Multi-eye-component imaging could help diagnose ocular disease
Read article: Multi-eye-component imaging could help diagnose ocular disease
Photonic crystals formed over time in ancient Roman glass
Distinctive iridescent patina comes from an unusual hierarchically assembled structure with highly ordered nanoscale domains
Read article: Photonic crystals formed over time in ancient Roman glass
Surprising link discovered between fast radio bursts and earthquakes
Researchers find similarities with fast radio bursts and how earthquakes produce secondary aftershocks following a tremor
Read article: Surprising link discovered between fast radio bursts and earthquakes
Quantum-computing protocol avoids targeting individual atoms in an array
Strings of atoms create qubits that interact via superatoms
Read article: Quantum-computing protocol avoids targeting individual atoms in an array
Photoacoustic imaging technique could reduce nerve damage during surgery
New approach uses near-infrared light to distinguish nerves from other tissue
Read article: Photoacoustic imaging technique could reduce nerve damage during surgery
Controlling quantum biological electron tunnelling could help brain cancer patients
A technique based on modulating quantum processes inside human cells could improve treatment for glioblastoma
Read article: Controlling quantum biological electron tunnelling could help brain cancer patients
Two-dimensional electride material makes a promising superconductor
A zero-dimensional electride state, not "excess" electrons, is responsible for superconductivity in aluminium hydride
Read article: Two-dimensional electride material makes a promising superconductor
Ultrahigh-field MRI reveals how blue light stimulates the brain
Functional MRI studies show how blue light can enhance cognitive performance by modulating information flow through the brain
Read article: Ultrahigh-field MRI reveals how blue light stimulates the brain
Resonant excitation of nuclear clock transition spotted at XFEL
Research could lead to extremely accurate timekeeper
Read article: Resonant excitation of nuclear clock transition spotted at XFEL
Dark photons could explain high-energy scattering data
New analysis suggests a hypothetical force-carrier model matches data better than the Standard Model, though further work is needed
Read article: Dark photons could explain high-energy scattering data
