अतिचालकता (en. Superconductivity)

This niobium product characterizes high ductility at room temperature, high resistance against aqueous solutions and metal melts and superconductivity.

The search for a material that exhibits superconductivity at room temperature, or at least manageable low temperatures, has been going on for decades, without success.

But finding superconductivity is a bit like striking gold: Past experience and theories might tell you broadly where to look for it, but you won't actually know where it is until you do the expensive, time-consuming work of checking.

Let's talk about science: modernity and prospects of superconductivity physics.

Interactions between electrons, which behave as almost free particles in normal metals, are a key factor in superconductivity, and these electron-electron interactions or correlations are directly encoded in photoemission spectra.

Scientists have always believed that this material can have superconductivity, but had not found a way to confirm.

In the early 1970s, Kosterlitz and Thouless overturned the then current theory that superconductivity or suprafluidity was not possible in thin layers.