China’s latest space communications experiment has reset expectations for what a “low power” link from orbit can do, with a 2 ...

This process works best when the antiprotons and positrons have very low kinetic energies (temperatures) when combined. If the energy is too high, many antiatoms will be escape the trap. So, it is ...

Babcock and Plastometrex have announced support Project TAMPA, the UK Ministry of Defence’s flagship initiative to accelerate ...

With the help of carbon nanotubes and laser light, this machine can create immensely powerful X-rays on a microchip, ...

In a lab filled with bouncing green lasers and an anti-vibration table that hums a soft, squishy sound, the researchers used ...

Technology Innovation Institute (TII), the applied research arm of Abu Dhabi’s Advanced Technology Research Council, has ...

The four beams produced bright artificial “stars," which act as guides to help astronomers correct for the distortions caused ...

Quantum teleportation isn't science fiction anymore. Scientists sent information between light-emitting devices using ...

For decades, scientists have sought ways to compress the tools of optical science – lasers, lenses, mirrors – onto chips that fit on a fingertip. Such ...

The U.S. Department of Energy 's (DOE) Princeton Plasma Physics Laboratory (PPPL) celebrated a significant milestone in the ...

Researchers in Austria have entangled matter-based qubits with photonic qubits in a ten-ion system. The technique is scalable to larger ion-qubit registers, paving the way for the creation of larger ...