New research suggests that fast blue optical transients—10 times more powerful than supernovas—may be emitted by cocoons that form around jets from dying stars.
By Robert Lea
24 May 2022
The properties of exactly solvable many-fermion models of the Lipkin kind, which perform a role in nuclear physics similar to the Hubbard model in solid-state physics, were investigated using recent information techniques in a study published in the journal Quantum Reports.
By Skyla Baily
23 May 2022
Quantum dynamics can rapidly disseminate information stored in some physical degrees of freedom into a larger number of degrees of freedom, delocalizing quantum information and allowing extremely non-local connections to be generated. This article explores a review published online in the journal Quantum.
By Skyla Baily
18 May 2022
AZoQuantum spoke with Dr. Sai Kiran Rajendran about new research on the use of cuprous oxide crystals of high purity able to demonstrate Rydberg excitons of quantum numbers as large as 30.
By Skyla Baily
17 May 2022
If black holes emit no light and therefore cannot be seen, what is on show in the image of Sagittarius A*?
By Robert Lea
16 May 2022
Quantum control theory is a theoretical framework that has been developed to dynamically control and manipulate quantum systems.
By Ilamaran Sivarajah
12 May 2022
CERN’s Large Hadron Collider is back online, bringing with it the possibility of new physics, a taster for a major upgrade that will be completed in 2029.
A quantum battery that counter-intuitively charges more rapidly the larger it gets could give electric vehicles the edge over fossil fuel alternatives.
By Robert Lea
29 Apr 2022
In 2020, a star system close to Earth made headlines when it was discovered to host a black hole, but further investigations have revealed something much rarer dwelling in the system.
By Robert Lea
28 Apr 2022
Optically active structural defects in diamond offer a promising qubit platform for quantum computing.
By Ilamaran Sivarajah
27 Apr 2022