Read article: Metal–organic magnets break records
Metal–organic magnets break records
Novel lightweight materials have magnetic ordering temperatures and coercivities comparable to commercially available inorganic magnets
Read article: Metal–organic magnets break records
Read article: Focused ultrasound tackles brain tumours in a myriad ways
Focused ultrasound tackles brain tumours in a myriad ways
The field of focused ultrasound is growing fast, and research into its use in brain cancer is growing exponentially
Read article: Twisted spirals of 2D materials grow on curved surfaces
Twisted spirals of 2D materials grow on curved surfaces
New method does away with the need to stack and twist layers of 2D materials manually
Read article: Lesion mapping tool makes early signs of dementia easier to spot
Lesion mapping tool makes early signs of dementia easier to spot
Algorithm finds warning signs of dementia on MRI brain scans with more than 70% accuracy
Read article: Graphene-based memristor is ideal for artificial neural networks, say researchers
Graphene-based memristor is ideal for artificial neural networks, say researchers
New device offers 16 levels for synaptic connections
Read article: Deep learning enables rapid detection of stroke-causing blockages
Deep learning enables rapid detection of stroke-causing blockages
A deep-learning model trained to detect occlusions of large vessels has the potential to speed up clinical diagnosis
Read article: Ultrafast camera breaks 3D speed record
Ultrafast camera breaks 3D speed record
Stereo-polarimetric compressed ultrafast photography device takes up to 100 billion frames per second in 3D
Read article: Jupiter’s moon Europa could glow in the dark
Jupiter’s moon Europa could glow in the dark
Eerie emissions could shed light on Europa’s capacity to harbour life
Read article: g-wave superconductor comes into view
g-wave superconductor comes into view
Researchers discover an unexpected new class of superconducting material
Read article: Neutrons give an atomic-scale view of SARS-CoV-2 replication mechanism
Neutrons give an atomic-scale view of SARS-CoV-2 replication mechanism
Research could lead to the design of targeted drugs for COVID-19
