Read article: Modelling lung cells could help personalize radiotherapy
A computer model that reveals radiation damage at the cellular level could improve radiotherapy outcomes for lung cancer patients
Read article: Photonic metastructure does vector–matrix multiplication
Silicon-based device is less prone to hacking, designers say
Read article: Can a classical computer tell if a quantum computer is telling the truth?
Yes, say researchers who experimentally executed a protocol designed to do just that
Read article: Lake Shore introduces the MeasureReady system for material and device research
Lake Shore's new system for ultra-low noise DC and AC source and measure performance for electrical measurement applications
Read article: Neural prosthetic aims to boost memory
An electronic prosthetic system stimulates the hippocampus and boosts image recall in some participants
Read article: Battle for the skies: US insists GMT and TMT telescopes must vie for funding
The NSF has been told to choose between the Giant Magellan Telescope and the Thirty Meter Telescope as a next-generation ground-based observatory
Read article: Evidence for ‘quark coalescence’ found in LHC collisions
LHCb sees increased baryon production at low transverse momenta
Read article: Intelligent solutions streamline radiotherapy treatment planning
Introducing automated tools into treatment planning has helped the clinical team at the UK's Castle Hill Hospital to improve consistency and save time
Read article: Radio astronomy: from amateur roots to worldwide groups
Emma Chapman on the amateur roots of radio astronomy, and the importance of balancing the scientific and engineering factions today
Read article: Ultrasensitive microfluidic chip helps predict whether lung cancer treatment is working
A graphene oxide microfluidic chip analyses circulating tumour cells in blood samples to determine the effectiveness of lung cancer treatment
