Improved hydrogel could make artificial tendons
A new way to make synthetic biomaterials that are as tough, strong and stretchy as biological tissue
Read article: Improved hydrogel could make artificial tendons
Read article: Improved hydrogel could make artificial tendons
Graphene-like boron is stabilized by hydrogen, paving the way for practical applications
Analogue to graphane could be used in batteries and quantum computers
Read article: Graphene-like boron is stabilized by hydrogen, paving the way for practical applications
Breakthrough in laser-cooling antihydrogen could reveal why matter dominates the universe
Device that produces required vacuum ultraviolet light is created at long last
Read article: Breakthrough in laser-cooling antihydrogen could reveal why matter dominates the universe
Diffusion MRI and machine learning models classify childhood brain tumours
Diffusion-weighted MR imaging and machine learning techniques can accurately distinguish between common types of paediatric brain tumours
Read article: Diffusion MRI and machine learning models classify childhood brain tumours
Superconductivity and quantum Hall effect coexist in novel nitride material
GaN/NbN heterostructure supports both phenomena – which are usually mutually exclusive – and is now a candidate for topological quantum computing
Read article: Superconductivity and quantum Hall effect coexist in novel nitride material
‘Twistoptics’ produces a tunable nonlinear optical response
Twisted layers of 2D materials could be used to generate entangled photons for quantum optics and quantum information applications
Read article: ‘Twistoptics’ produces a tunable nonlinear optical response
Quantum computer has the edge for NP verification
New protocol for verifying solutions to NP-complete problems outperforms known classical methods
Read article: Quantum computer has the edge for NP verification
Shape-shifting biomaterial could transform 4D tissue engineering
New cell-friendly hydrogel morphs into vessel-like tubes on the timescales needed to promote tissue development and healing
Read article: Shape-shifting biomaterial could transform 4D tissue engineering
Non-destructive detection could speed up cold-atom quantum sensors
Researchers use microwaves to observe an atomic sample 30,000 times a second without destroying it
Read article: Non-destructive detection could speed up cold-atom quantum sensors
Sub-diffraction imaging of the human eye visualizes photoreceptors with unprecedented detail
The ability to noninvasively image photoreceptors with subcellular resolution could enable earlier detection of eye diseases
Read article: Sub-diffraction imaging of the human eye visualizes photoreceptors with unprecedented detail
