AZoM spoke to researchers Tobias Weber and Paul Steffens about their research that has focused on skyrmions and their potential to help solve issues of heat generation during information transfer.
By Skyla Baily
8 Apr 2022
The time-independent perturbation theory is a fundamental formalism in quantum mechanics that describes a quantum system that is affected by a small time-independent external force.
By Ilamaran Sivarajah
7 Apr 2022
This article explores the need for photon counting technologies in future projects as well as potential technological options for meeting those objectives.
By Surbhi Jain
5 Apr 2022
AZoQuantum reached out to professor Daniel Persson to discuss quantum gravity and the use of theoretical physics to model our universe.
By Skyla Baily
4 Apr 2022
Multipartite entanglement, in general, allows for applications like increased sensing and multi-user quantum communication protocols. This is explored in research published in the journal Quantum.
By Skyla Baily
31 Mar 2022
Despite lacking mass, particles of light called photons do carry momentum—enough to potentially carry a spacecraft from Earth around the solar system. But how do we calculate this momentum?
By Robert Lea
30 Mar 2022
In a study in the journal Quantum, researchers consider whether quantum algorithms can reduce the quantum computational needs for amplitude estimation further.
By Skyla Baily
25 Mar 2022
In 2021, South China Morning Post reported that China had used its experimental quantum communication network to protect its power grid – the largest in the world – from security threats.
By Ben Pilkington
24 Mar 2022
This article primarily explores the uses of atomic excitation and deexcitation in various fields of science and technology.
By Bismay Prakash Rout
22 Mar 2022
AZoQuantum talks to Nashanty Brunken from the University of Leiden about a new molecule, dimethyl ether, that has been discovered for the first time in a planet-forming disk.
By Skyla Baily
21 Mar 2022