Ultrathin device integrates flexible electronic sensors, ultrasoft hydrogel and living cells to monitor and treat skin disease
Read article: Living bioelectronics capture physiological signals and deliver targeted therapy
Super-sensitive mechanical resonator could detect ultra-small forces such as gravity
Read article: Nanostring sensor loses ‘almost no energy’ while vibrating
Relationship between mass, wing area and wingbeat frequency holds true for insects, bats, birds, whales and even a flapping robot
Read article: Simple equation predicts how quickly animals flap their wings
New technique can stably trap irregularly shaped particles bigger than 0.1 mm – something that has been challenging to do so far
Read article: Optical tweezers think big
New "wavefunction matching" method correctly predicts nuclear radii of elements with atomic numbers from 2 to 58
Read article: Nuclear physicists tame radius calculation problem
Wearable ultrasound patch enables volumetric mapping of the cerebral arteries and continuous monitoring of blood flow in the brain
Read article: Ultrasound patch continuously tracks blood flow in the brain
New method circumvents limitations of optical imaging by making blood vessels sensitive to light from luminescent labelling proteins
Read article: MRI technique detects light-emitting molecules deep inside the brain
Protons were driven to 150 MeV, 50% higher than previous record
Read article: Laser-driven accelerator benefits from clever use of light pulses
Proposed set-up might help reconcile gravity with quantum descriptions of other fundamental forces
Read article: ‘Cavendish-like’ experiment could reveal gravity’s quantum nature
Exotic particle could be discovered in future experiments
Read article: Simulations point to the existence of a charming and beautiful tetraquark
