Simulations suggest phosphorous concentration is on par with Earth’s oceans
Read article: Ocean on Saturn’s moon Enceladus could be rich in a key ingredient for life
Incorporating personalized estimates of biological response into radiation treatment planning could optimize dose delivery and minimize toxicities
Read article: Patient-specific planning could improve radiotherapy outcomes
Compact interferometer-based system is sensitive at low frequencies
Read article: New sensor could boost the performance of gravitational-wave detectors
Entanglement-like non-local phenomenon cannot be perfectly cloned, a finding that could have implications for quantum cryptography and quantum computing
Read article: Cloning quantum steering is a no-go
Drone construction system inspired by flying insects
Read article: Team of flying robots builds structures using 3D printing
A wearable strain sensor for mice could automate and lower the cost of screening potential cancer drugs
Read article: Strain sensor tracks tiny changes in tumour size in real time
Research could help protect satellites and astronauts from the solar wind
Read article: Supercomputer simulations reveal how the Sun accelerates charged particles
Researchers use DNA nanotechnology to assemble micron-long, leak-proof tubes that could advance the construction of synthetic cells
Read article: Engineered DNA nanotubes form tiny pipes into cells
Novel micromachine uses liquid crystals to convert rotation into propulsion
Read article: Liquid crystals bring robotics to the microscale
A high-channel-count microelectrode array that maps electrical activity in the spinal cord could lower the risk of neurological injuries during spinal surgery
Read article: Microelectrode array could enable safer spinal cord surgery
