Andre Geim

Andre Geim is a scientist.

He studies how the world works.

He found a tiny material called graphene. It is made of carbon. It is the thinnest thing in the world. It is also very strong.

He also did a fun experiment. He used magnets to make a frog float!

This won him a special prize.

He won a very big prize called a Nobel Prize. He is the only person to win two different kinds of prizes. He likes to try new things.

He is a very famous teacher and researcher.

Andre Geim is a famous physicist.

He studies how the world works. He was born in Russia in 1958. Later, he lived in the Netherlands and England.

Geim is well known for finding graphene. Graphene is a material made of carbon atoms. These atoms form a shape like a honeycomb.

It is the thinnest material in the world. It is also very strong and hard. Scientists think it could make flexible touchscreens.

Geim also likes to try fun ideas. He once used magnets to make a frog float. This is called diamagnetic levitation.

This work won him an Ig Nobel Prize. This is a prize for work that makes people laugh.

In 2010, Geim won the Nobel Prize in Physics. He shared this prize with Konstantin Novoselov. Geim is the only person to win both a Nobel and an Ig Nobel prize. He holds a Guinness World Record for this. Geim loves to study many different subjects. He says that trying new things is an adventure.

Sir Andre Geim is a very famous physicist who studies how the world works.

He was born on October 21, 1958, in Sochi, Russia. His parents were both engineers of German origin. Geim has lived in many different places during his life. He was a Dutch citizen for a time. Later, he became a British citizen to accept a knighthood. He is now a professor at the University of Manchester in England. He will also start a new job in Hong Kong in April 2026.

Geim is best known for his amazing work with a material called graphene.

Graphene is made of carbon atoms arranged in a honeycomb shape. It is a two-dimensional crystal, which means it is incredibly flat. This material is the thinnest in the entire world. Even though it is so thin, it is also one of the strongest and hardest materials. Scientists think it could be used to make flexible touchscreens for our gadgets. It is a tiny material that could change how we use technology.

Geim's path to discovery involved many different scientific adventures. He does not like to study just one thing his whole life. Instead, he has changed his research subject five times before getting a permanent job. In 2000, he won an Ig Nobel Prize for a very unusual experiment. He used magnets to make a frog float in the air.

This is called diamagnetic levitation, which uses magnetic properties to lift things. He shared this prize with a scientist named Michael Berry. This work was so interesting that it helped inspire research in China.

In 2010, Geim reached the highest level of scientific success. He won the Nobel Prize in Physics for his work on graphene.

He shared this huge honor with his research partner, Konstantin Novoselov. Because he has won both a Nobel Prize and an Ig Nobel Prize, he holds a Guinness World Record. He has received many other awards, like the Copley Medal and the Hughes Medal. These awards show how much the world respects his discoveries. He has even been named a Knight by the British government.

Geim's work connects to many things we see every day. He even studied how gecko feet stick to surfaces to make "gecko tape."

This sticky tape works just like the feet of a real gecko. People hope this technology could one day help humans climb ceilings like Spider-Man. He also studies how water reacts to magnets. Geim believes that trying new things is a great adventure. Even if you do not win a prize, the journey is worth it. He continues to explore the tiny world of atoms to find new secrets.

Sir Andre Konstantin Geim is a world-renowned physicist specializing in the study of matter.

He is currently a professor at the University of Manchester in England. His work focuses on how tiny particles and materials behave at extremely small scales. Geim has spent his career exploring different branches of physics to find new discoveries. He is recognized globally for his ability to isolate and study unique substances. His research has led to major breakthroughs in how we understand the building blocks of our world.

Geim is most famous for his work with graphene, a revolutionary material.

Graphene is a two-dimensional crystal made of carbon atoms. These atoms are arranged in a honeycomb lattice, which looks like a pattern of hexagons. Geim and his collaborator, Konstantin Novoselov, discovered a simple way to isolate single atomic layers from graphite. This process allows scientists to work with a material that is only one atom thick. Because it is so thin, it is the thinnest material known to exist. Despite its tiny size, graphene is also one of the strongest and hardest materials ever found.

This material has many potential uses in future technology. Geim has suggested that graphene could be used to create flexible touchscreens for electronic devices. Because the material is so thin and strong, it could change how we build gadgets. He has not patented the material because he wants to find the right industrial partners for its use. This approach allows the science to move toward practical applications in many different industries. The discovery of graphene opened a new field of study regarding free-standing two-dimensional crystals.

Geim's career is marked by a unique variety of scientific interests. He often changes his research subjects to learn new things. Before he received a tenured position, he changed his research focus five times. This curiosity led him to study mesoscopic superconductivity and metal physics. He also investigated the effects of magnetism on water. In 1997, he reported on the diamagnetic levitation of water. This research involved using magnetic properties to lift objects. In 2000, he and Michael Berry used this method to levitate a small frog.

This unusual experiment earned them the Ig Nobel Prize.

His achievements have earned him the highest honors in science. In 2010, Geim and Novoselov were awarded the Nobel Prize in Physics.

This prize recognized their work on graphene. Because he has won both a Nobel Prize and an Ig Nobel Prize, he holds a Guinness World Record. He has also received the Copley Medal and the Hughes Medal from the Royal Society. In 2012, he was named a Knight Bachelor for his services to science. He will soon begin a new role as a chair professor at the University of Hong Kong in April 2026.

Geim's research often draws inspiration from the natural world. He developed a biomimetic adhesive known as gecko tape. This adhesive is named because it mimics the way gecko feet stick to surfaces. Scientists hope this technology could eventually allow humans to climb ceilings. He has also explored the properties of low-dimensional water. His work in this area was recognized with the 2018 Prince Sultan Bin Abdulaziz International Creativity Prize for Water. This shows how his physics research connects to the study of essential natural resources.

Throughout his life, Geim has lived and worked in many different countries. He was born in Sochi, Russia, in 1958 to parents who were both engineers. He studied at the Moscow Institute of Physics and Technology, earning his PhD in 1987. He later worked in the Netherlands at Radboud University Nijmegen. While he found the academic system there difficult, he gained Dutch citizenship during that time. He eventually moved to the United Kingdom, where he became a British citizen. His international background has shaped his view of science as a global adventure.