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
Strings of atoms create qubits that interact via superatoms
Read article: Quantum-computing protocol avoids targeting individual atoms in an array
New approach uses near-infrared light to distinguish nerves from other tissue
Read article: Photoacoustic imaging technique could reduce nerve damage during surgery
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
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
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
Research could lead to extremely accurate timekeeper
Read article: Resonant excitation of nuclear clock transition spotted at XFEL
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
Z-boson observation by ATLAS is in line with the Standard Model
Read article: High-precision measurement of the strong force is made at CERN
Sonobiopsy uses ultrasound and microbubbles to release brain tumour biomarkers into the bloodstream and help guide treatment decisions
Read article: Sonobiopsy provides a non-invasive route to brain tumour diagnosis
