Félix Ynduráin Muñoz facts for kids
Félix Ynduráin Muñoz is a Spanish scientist who studies how different materials behave. He was born on January 18, 1946. He is a professor at the Autonomous University of Madrid in Spain. He has written more than 120 research papers about his discoveries.
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Who is Félix Ynduráin Muñoz?
Félix Ynduráin Muñoz is a special kind of scientist called a condensed matter physicist. This means he studies how matter, like solids and liquids, works at a very tiny level. He tries to understand their properties, such as how they conduct electricity or heat.
Where Has He Worked?
Professor Ynduráin has worked at many famous places around the world. These include important universities and research centers. Some of them are:
- The University of Cambridge
- The University of California, Berkeley
- The Thomas J. Watson Research Center
- The Massachusetts Institute of Technology (MIT)
- The University of Paris-Sud
- The Max Planck Institute for Solid State Research
What Does a Professor Do?
As a professor, Félix Ynduráin teaches students at the university. He also leads research projects. This means he and his team explore new ideas and try to solve scientific puzzles. His work helps us understand the world better.
What Does He Research?
Félix Ynduráin's research focuses on several interesting areas. He studies how tiny flaws in materials can change their properties. He also looks at materials that can carry electricity perfectly.
Graphene and Its Flaws
One area he studies is graphene. Graphene is an amazing material that is only one atom thick. It's like a super-thin sheet of carbon. Professor Ynduráin looks at tiny mistakes or "defects" in graphene. Understanding these defects helps scientists use graphene for new technologies.
Superconductors and Electricity
He also researches superconductors. These are special materials that can carry electricity with no energy loss. This happens when they are very cold. Professor Ynduráin studies iron-based superconductors that work at higher temperatures. Finding superconductors that work at warmer temperatures could lead to super-efficient power lines and faster computers.
Clathrate Hydrates for Storage
Another important part of his work is on clathrate hydrates. Imagine a cage made of water molecules that can trap gas inside. That's a clathrate hydrate! Professor Ynduráin studies how these can store gases like:
- Methane (a natural gas)
- Carbon dioxide (a gas from breathing and burning fuels)
- Hydrogen (a clean fuel)
This research could help us find better ways to store energy and manage gases in the future.
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