TU Wien has performed calculations that suggest the use of the precious metal palladium as a 'Goldilocks' material for creating superconductors that remain superconductive even at relatively high temperatures. In the realm of modern physics, an exhilarating pursuit is underway: identifying the op
Researchers from TU Wien and universities in Japan have used computer simulations to identify the “golden zone” for optimal superconductivity. This zone, where the interaction between electrons is strong but not too strong, is reached with a new class of material called palladates, which could lead to a new era of superconductivity research.
In the realm of modern physics, an exhilarating pursuit is underway: identifying the optimal method for creating superconductors that maintain their superconductivity at high temperatures and ambient pressure. This quest has been invigorated in recent times by the emergence of nickelates, ushering in a new era of superconductivity.
There is a “Goldilocks zone” in which superconductivity works particularly well. And this zone is reached neither with nickel nor with copper, but with palladium. This could usher in a new “age of palladates” in superconductivity research. The results have now been published in the scientific journalAt high temperatures, superconductors behave very similarly to other conducting materials.
Nevertheless, high-temperature superconductors, including those from the cuprate class, play an important role in technology – for example, in the transmission of large currents or in the production of extremely strong magnetic fields.The search for the best possible superconducting materials is difficult: there are many different chemical elements that come into question. You can put them together in different structures, you can add tiny traces of other elements to optimize superconductivity.
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