In a research paper published this week, scientists conducted an in-depth analysis of the superconducting properties of a new state of matter. It is obviously difficult for ordinary people to see the professional content of the article at a glance through the title "Phase Characteristics of Topological Transitions in Josephson Junction". To put it simply, research in this area helps us break through some barriers in computing and data storage, such as creating data storage devices that are much smaller than any previous device.
Research map-1: SEM image of the physical system (from: Cornell University, via SlashGear)
A research team led by William Mayer and Matthieu C Dartiailh of the Center for Quantum Phenomena in the Department of Physics at New York University just mentioned their latest discovery in this article-an experiment with a new superconductivity state evidence.
(Research with Figure-2: Under the action of two different gate voltages and planar magnetic field, the superconducting gap reopens)
New York University assistant professor of physics Javad Shabani said: "This new topological state can accelerate the speed of calculation by accelerating the way of quantum computing and storage."
(Research with figure-3: Phase characteristics of oscillation topological transformation)
Shabani added: "The new discovery of topological superconductivity in the two-dimensional platform paves the way for the construction of scalable topological qubits. It can not only store quantum information, but also manipulate error-free quantum states."
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