A bioink containing both organic and inorganic elements of bone and laden with stem cells could improve treatments of injured or diseased bone
Read article: Living bioink could enhance bone repair and regeneration
Distributed system sends flying qubits 60 m along optical fibre
Read article: Quantum gate teleportation connects atomic qubits in two labs
A deep-learning method that predicts cardiovascular events can be seamlessly integrated into the routine care pathway
Read article: Open-source algorithm predicts heart attack risk from chest CT scan
Tailoring the spatial profile of the incident laser beam enables accurate measurement of objects hidden behind disordered structures
Read article: Complex light waves measure hidden objects
Switching based on manipulating the crystal lattice of zirconium pentatelluride might find use in quantum computing applications and high-speed, low-power electronics
Read article: Laser light induces giant current in topological material
Electrochemically powered actuator is unipolar and contracts more when driven faster, unlike previous devices
Read article: Nanotube artificial muscles pick up the pace
A reversible conversion process allows a standard clinical linear accelerator to deliver ultrahigh-dose rate FLASH radiation
Read article: Converted clinical linac delivers FLASH radiotherapy
Kitchen roll and spring model simulates magnitude 5.9 earthquake
Read article: Earthquake intensities could be reduced by injecting fluids, soggy paper experiment reveals
Metamaterial composite suppresses almost all unwanted stray light and could improve measurements of the cosmic microwave background
Read article: Microwave-absorbing tiles boost the sensitivity of large telescopes
Flexible platform offers alternative approach to test for COVID-19 and detect a wide range of biomolecules
Read article: Adaptable biosensor rapidly detects COVID-19 virus and antibodies
