Researchers will use models of biological molecules created by quantum computers to assist in the hunt for biosignatures in the atmospheres of distant worlds.
This article aims to explain the current understanding of levitodynamics, and its applications, in the micro- and nano-scale arena.
By Harvey Musgrave
1 Nov 2021
AZoQuantum talks to Dr. Melvin Vopson about his research around the quantification of Information within the known universe.
By Skyla Baily
29 Oct 2021
The magic isotope tin-100 has proved challenging for physicists to investigate. New research may have put scientists on the right track.
By Robert Lea
28 Oct 2021
AZoQuantum speaks with Professor Elisabetta Barberio from the School of Physics at The University of Melbourne. Professor Barberio is also the director of the Australian Research Council’s Center of Excellence for Dark Matter Particle Physics. The center is currently carrying out a study to detect dark matter, 1 kilometer underground, in a disused part of a goldmine under the town of Stawell, Victoria.
By Joan Nugent
27 Oct 2021
A team of scientists have developed a new imaging technique for observing hydrodynamic electron flow in three-dimensional materials that is shifting the long-held assumptions of this activity.
By Sarah Moore
26 Oct 2021
Computing hovers on the brink of a quantum revolution, but if quantum computers are ever to be fully realized, researchers must make them more reliable and more robust.
By Robert Lea
22 Oct 2021
AZoQuantum explores how space habitation's closed-loop technologies like NASA's In-Space Refabricator can help inform sustainable solutions.
By Cvetelin Vasilev
22 Oct 2021
Could quantum computing reveal the future of sustainable fertilizers? In this IPCC Editorial Series AZoQuantum finds out.
By Cvetelin Vasilev
21 Oct 2021
By solving problems in the haulage and transportation sectors, quantum computing could reduce greenhouse emissions and help countries meet Paris Agreement targets.
By Robert Lea
21 Oct 2021