Question

What advancements have been made in understanding and applying organic superconductor materials?

Although traditionally superconductivity has been studied in inorganic materials, are there any organic compounds showing superconducting properties?

As far as I know, superconductivity is a state where materials conduct electricity without resistance, observed in inorganic materials at extremely low temperatures.

Answer 1

Advancements have been made in understanding and applying organic superconductor materials. Some organic compounds, such as certain fullerenes and organic salts, have been found to exhibit superconducting properties at low temperatures. However, most superconductors, whether organic or inorganic, still require cooling to extremely low temperatures.

Step-by-step explanation:

Superconductors are materials with a resistivity of zero, meaning they can conduct electricity without any resistance. While traditionally superconductivity has been studied in inorganic materials, there have been advancements in understanding and applying organic superconductor materials as well.

Organic compounds, such as certain fullerenes and organic salts, have been found to exhibit superconducting properties at low temperatures.

Organic superconductors have the potential for various applications, including in electronic components and transmission lines.

However, it is important to note that most superconductors, whether organic or inorganic, still require cooling to extremely low temperatures to exhibit superconducting behavior. The quest for room temperature superconductivity is ongoing, and researchers continue to explore new materials and technologies.