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New Research on Superconducting Qubit Relaxation Times

Scientists from the I.B.M Watson Research Center in the USA have presented research into the dynamics of superconducting qubit relaxation times, a key candidate for high-performance quantum computing. Their findings have appeared online in the journal npj Quantum Information.

23 Nov 2022

Individual Light Quanta Control at Extremely High Speeds

A Group of German and Spanish Researchers from Valencia, Münster, Augsburg, Berlin, and Munich has achieved incredibly precise control over individual light quanta.

22 Nov 2022

Innovative Experiment Leads to the Development of a New Quantum Tool

Researchers at the Institute for Quantum Computing (IQC) have developed a device that produces twisted neutrons with clearly defined orbital angular momentum for the first time in experimental history.

22 Nov 2022

Novel Method Proposed to Experimentally Probe the Motion of Gluons

Theorists have proposed a novel method to experimentally probe the motion of gluons, the particles that hold quarks together inside protons.

22 Nov 2022

The Latest Developments and Applications of Gauge/Gravity

The gauge or gravity duality expresses that quantum and gravity spacetime arising from a quantum gauge theory, which survives at the boundary between both theories.

21 Nov 2022

NASA Instrument Reveals the Beginning of Protostar Formation

NASA’s James Webb Space Telescope has exposed the once-concealed characteristics of the protostar inside the dark cloud L1527, offering new understandings concerning the birth of a new star.

17 Nov 2022

Revealing Previously Unexplained Properties of Neutron Stars

Physicists from Goethe University Frankfurt have established broad findings concerning the internal structure of neutron stars, where matter can reach huge densities: the stars' cores can be either highly rigid or very soft, depending on their mass. The findings were published in two separate articles.

16 Nov 2022