A biologically inspired device that clings to the stomach lining after being ingested can electrically stimulate the stomach wall to induce muscle contractions
Read article: Tiny ingestible capsule helps treat gastrointestinal disorders
Researchers used a new photolithography-assisted technique to make optical true delay lines with ultralow propagation losses
Read article: Smooth photonic waveguides keep propagation losses low
Intrafraction motion adaptation strategies could make stereotactic ablative radiotherapy more accessible for prostate cancer patients
Read article: Gating and MLC tracking could increase access to real-time adaptive radiotherapy
Chip-based device images structures smaller than living cells
Read article: Tiny ultrasound detector achieves super-resolution imaging
New mathematical formulation describes “charging by rubbing” in terms of changing populations of electron states, showing how energy is converted from motion to electricity
Read article: Quantum treatment sheds fresh light on triboelectricity
A flexible surgical tool equipped with soft electronics could improve cardiac surgery
Read article: Flexible electronics make their way into the operating room
Single-photon devices are fast enough to measure quantum bits
Read article: New microwave bolometers could boost quantum computers
Higher humidity and increased air turbulence need to be taken into account when designing and building new observatories, say researchers
Read article: Climate change threatens future astronomical observations
A high-performance Compton camera could prove invaluable for nuclear medicine and molecular imaging applications
Read article: Compton imaging opens up new avenues for diagnostic imaging
Increasing commercial effort in developing boron neutron capture therapy facilities could bring this highly targeted cancer treatment into wider clinical use
Read article: Boron neutron capture therapy is back on the agenda
