An intensity-modulated minibeam proton therapy system could enhance dose sparing of critical structures during brain tumour therapy
Read article: Proton minibeams spare critical brain structures
Waterlogged hillsides are dangerous; for those who live on them, or further downhill, they can be deadly. And the global risk from landslides is rising
Read article: Landslides are growing risk to poorest
Neutral atoms held in 3D arrays of optical traps could be used to simulate complex physical systems
Read article: Engineered atomic arrays for quantum computers
Radio waves chart the violent aftermath of a kilonova
Read article: Relativistic jet broke through cocoon after neutron star merger
Using PET to predict the risk of metastases during chemoradiotherapy for oesophageal cancer could help avoid unnecessary surgery
Read article: FDG-PET/CT provides valuable oesophageal cancer updates
New lithographic fabrication technique could create new colloidal materials
Read article: Brownian motion melts a quasicrystal of tiny Penrose tiles
Findings could help managers protect their forests against climate change
Read article: Medium-height trees survive drought best
A machine learning technique could allow doctors to personalize cancer treatment earlier
Read article: Artificial intelligence predicts cancer evolution
Study shows high sea-level often linked to raised river discharge, heightening flood risk
Read article: Flood risk in deltas and estuaries may be higher
University of Oxford researchers provide a proof-of-principle study to demonstrate the possibility of commercializing concentrator photovoltaics using metal halide perovskites
Read article: High-efficiency perovskite photovoltaics beat deterioration and cost
