Read article: Ten superconducting qubits entangled by physicists in China
Ten superconducting qubits entangled by physicists in China
Group now aims to build a quantum simulator
Read article: Ten superconducting qubits entangled by physicists in China
Read article: Nanoparticles boost performance of cancer drugs
Nanoparticles boost performance of cancer drugs
Adding nanoparticles to the surface of tumour cells could make them more susceptible to treatment with particular cancer drugs, according to new research at MIT. The study showed that nanoparticles te...
Read article: How to weigh tiny objects using sound
How to weigh tiny objects using sound
Simple, low-cost device could be a boon to biologists
Read article: Bell correlations measured in 500,000 atoms
Bell correlations measured in 500,000 atoms
Spin-squeezed states form a deeply quantum system
Read article: Leukosomes engage stealth mode by altering their protein shell
Leukosomes engage stealth mode by altering their protein shell
A new type of nanoparticle, with promise for targeted drug delivery, is able to evade the host immune system
Read article: Soliton molecules dance in a kaleidoscope of light
Soliton molecules dance in a kaleidoscope of light
Control of light pulses could benefit pump-probe spectroscopy
Read article: Researchers see inside integrated circuits at high resolution
Researchers see inside integrated circuits at high resolution
Manufacturing highly complex, nanoscale electronics is one thing, but how can we then image them to check what we’ve made?
Read article: Jumping droplets could cool computer chips
Jumping droplets could cool computer chips
Curious effect could remove heat from hot spots
Read article: Miniature X-ray detector uses nano-antenna
Miniature X-ray detector uses nano-antenna
Microscale device could be used to measure radiation inside the body
Read article: Doughnut-shaped nanomagnets induce new magnetization states
Doughnut-shaped nanomagnets induce new magnetization states
By introducing a constantly varying curvature in a nanomagnet, researchers find stable vortex-antivortex pairs, and take a step towards magnetization-based logic devices
