And organic superconductors: the patents listed a wrong ingredient.

There are a wide range of other organic superconductors including many other charge-transfer complexes.

Several tetramethyltetrathiafulvalene salts (called Fabre salts) are of some relevance as organic superconductor.

Since 1980, many organic superconductors have been synthesized, and the critical temperature has been raised to over 100 K as of 2001.

In physical chemistry and condensed matter physics, an organic superconductor is an organic compound which exhibits superconductivity at low temperatures.

There are a large number of materials that can be described as organic superconductors.

A selection of the transition temperature and corresponding external pressure of several one-dimensional organic superconductors is shown in the table below.

Superconducting fullerenes (based on the Buckminster fullerene C) are fairly different from other organic superconductors.

Next to the three major classes of organic superconductors (SCs) there are more organic systems becoming superconducting at low temperatures or under pressure.

Like most of the organic superconductors already known, the new material loses its resistance only under high pressure.