3D virtual heart helps pinpoint irregular heartbeat
A 3D virtual heart simulator identifies areas of cardiac tissue that require treatment for irregular heartbeat
Read article: 3D virtual heart helps pinpoint irregular heartbeat
Read article: 3D virtual heart helps pinpoint irregular heartbeat
Ghost images obtained using relativistic electrons
Physicists get around problem of beam splitting
Read article: Ghost images obtained using relativistic electrons
Indoor record for magnetic field strength is smashed by physicists in Japan
Field is long-lasting and does not require TNT
Read article: Indoor record for magnetic field strength is smashed by physicists in Japan
Polymer LEDs go nano
A recently developed adhesion lithography technique brings greater versatility fabrication nanoscale optoelectronic devices
Read article: Polymer LEDs go nano
Split‐filter DECT improves tumour visibility for radiotherapy planning
Split‐filter dual‐energy CT enables more accurate delineation of pancreatic tumours for planning radiation treatment
Read article: Split‐filter DECT improves tumour visibility for radiotherapy planning
Forests cut warming better than technology
Biofuels are no easy answer to climate change. Nor is storing captured carbon dioxide. The world’s great forests cut warming better than engineered solutions can
Read article: Forests cut warming better than technology
Hydrogel bioprinting takes to the air
Extrusion-based technique exploits airborne hydrogen peroxide to produce 3D constructs for tissue engineering applications
Read article: Hydrogel bioprinting takes to the air
How long does the photoelectric effect take?
Ultrashort laser pulses reveal the precise time for electrons to be ejected from materials using quanta of light
Read article: How long does the photoelectric effect take?
Graphene plasmon devices take on quality and scale
Encapsulating graphene in hexagonal boron nitride enables tunable plasmon technologies and is now possible at large scales
Read article: Graphene plasmon devices take on quality and scale
Topological photons could make qubits for quantum computers
Researchers have quantum mechanically interfered topological states of light for the first time
Read article: Topological photons could make qubits for quantum computers
