About

 Welcome to Superconductor.


I am not a scientist, researcher, or expert in superconductivity. This website began with a simple personal curiosity.


My interest in superconductors started when I came across the idea that electrical resistance can cause energy loss and generate heat.


The first thing that came to my mind was a smartphone.


Smartphones can become noticeably warm during use, and I began wondering: if electrical resistance could disappear, could materials with zero resistance help reduce energy loss and heat in electronic technology?


That simple question led me to superconductivity.


As I started looking into the subject, I discovered something that surprised me. Superconductivity is not a new discovery. The phenomenon was first observed more than a century ago, in 1911.


That raised another question for me:


If materials with zero electrical resistance were discovered more than 100 years ago, why do we still talk about superconductors as a technology of the future?


This blog is my attempt to explore that question.


I plan to follow the story of superconductivity from its early discovery and the Meissner effect to BCS theory, high-temperature superconductors, modern superconducting technologies, and the continuing search for materials that can operate under more practical conditions.


I am learning about these subjects as I write.


Rather than presenting myself as an expert, I try to start with questions that I genuinely have, research them carefully, and explain what I learn in language that other non-experts can understand.


When discussing scientific discoveries, historical events, or experimental results, I try to check reliable sources such as scientific papers, universities, research institutions, and established scientific organizations.


Science also changes as new evidence appears. If I discover that something on this website is incorrect or outdated, I will try to review the relevant sources and update the article when appropriate.


The purpose of Superconductor is simple:


To learn how superconductivity was discovered, understand how scientists have studied it over the past century, and explore why it continues to attract so much scientific interest today.


If you are curious about superconductivity too, I hope you will follow this journey with me.

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What Is a Superconductor? How Zero Electrical Resistance Was Discovered in 1911

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