The lack of observed gamma rays from a recent supernova has cast doubt on the generally-accepted idea that exploding stars ...

Strong, light and with amazing electronic properties, graphene has always been touted as the “wonder material”. But two decades after it was first isolated, James McKenzie believes the graphene is ...

A novel detector designed to search for so-called “dark” photons has placed unprecedented constraints on where this type of dark matter might be found. The detector uses a coaxial dish antenna to trap ...

Researchers Finland say they are the first to determine the state of a superconducting qubit using a bolometer – a device ...

One member of San Diego’s council defended its action, claiming that local citizens didn’t like the existing lights and ...

Sensing platform uses magnetized hydrogels and a smartphone’s magnetometer to measure glucose concentration in test samples ...

Individual polyatomic molecules have been trapped in arrays of optical tweezers for the first time. Researchers in the US ...

The RayCare OIS helps clinics increase the efficiency of providing quality care for cancer patients, now and into the future ...

Quantum fun: Michael Kretschmer, prime minister of Saxony, was one of the first guests in the new quantum escape room, along with children from the Dresden University School. (Courtesy: Amac Garbe) ...

Curiosity-driven research using low-power ultrasound fields to investigate the fundamental physics of crystal nucleation – ...

Tim Palmer says that we must pool our resources to produce high-resolution climate models that societies can use, before it ...

Quantum sensors made from superconducting qubits might be able to detect this mysterious substance, say physicists ...