Andre Geim

Andre Geim
Bengt Oberger · CC BY-SA 4.0 · source
Name	Andre Geim
Birth date	1958-10-21
Birth place	Sochi, Russian SFSR
Alma mater	Moscow Institute of Physics and Technology, Institute for High Pressure Physics (Russian Academy of Sciences)
Known for	Graphene, Nobel Prize in Physics (2010)
Awards	Nobel Prize in Physics, Kavli Prize, Europhysics Prize, Royal Society Kathleen Lonsdale Medal
Nationality	Russian–Dutch–British

Andre Geim

Andre Geim is a physicist noted for pioneering work on two-dimensional materials and experimental techniques that enabled isolation of one-atom-thick crystals. He gained international recognition for leading experiments that produced and characterized graphene, earning the Nobel Prize in Physics in 2010. Geim's career spans institutions across Russia, The Netherlands, and the United Kingdom, and his work intersects with groups at University of Manchester, Institute of Solid State Physics, and the European Research Council.

Early life and education

Born in Sochi in 1958, Geim grew up during the late period of the Soviet Union and attended the Moscow Institute of Physics and Technology, a leading Soviet-era technical university. He completed postgraduate work at the Institute for High Pressure Physics (Russian Academy of Sciences), where he engaged with researchers from the Academy of Sciences of the USSR and collaborated on high-pressure experiments related to condensed matter physics. His early mentors and colleagues included scientists connected to institutes such as the Lebedev Physical Institute and the Kurchatov Institute, and his formative training linked him to experimental traditions present at the Landau Institute for Theoretical Physics.

Career and research

Geim moved to Western Europe during the late 1990s, holding positions at Radboud University Nijmegen and later joining the University of Manchester where he established a laboratory focused on low-dimensional systems. His group attracted collaborations with teams at the Max Planck Institute for Solid State Research, CERN, and the National Graphene Institute. Research themes in his lab encompassed magnetism in mesoscopic systems, quantum Hall effects in two-dimensional electron gases, and novel fabrication techniques for nanomaterials. Geim's experimental repertoire included precision micromechanical manipulation, low-temperature transport measurements, and magnetotransport studies that connected to work at the Royal Society and collaborations with researchers from Imperial College London and ETH Zurich.

Graphene discovery and Nobel Prize

Geim led the team that used a simple mechanical exfoliation technique to isolate single layers of carbon from bulk graphite, creating graphene and enabling characterization by techniques developed in partnership with groups from Columbia University, University of California, Berkeley, and Stanford University. The discovery built upon theoretical foundations laid by physicists associated with Paul Dirac's relativistic electron theory and experimental precedents in two-dimensional electron systems from the University of Cambridge and Bell Labs. Graphene exhibited exceptional properties—high carrier mobility, anomalous integer quantum Hall effect, and mechanical strength—that prompted rapid follow-up studies by teams at the National Institute of Standards and Technology, MIT, and the Max Planck Society.

In 2010 Geim shared the Nobel Prize in Physics with a collaborator from his Manchester group for "groundbreaking experiments regarding the two-dimensional material graphene". The award recognized connections to earlier achievements in condensed matter physics by laureates from University of Chicago, Princeton University, and the Weizmann Institute of Science, and spurred international initiatives such as the European Graphene Flagship, national research programs in Japan, South Korea, and United States Department of Energy-funded projects.

Other scientific contributions and honors

Beyond graphene, Geim contributed to fields including diamagnetic levitation, biomimetic device concepts, and exploration of van der Waals heterostructures combining graphene with materials like hexagonal boron nitride and transition metal dichalcogenides. His experiments with diamagnetic levitation captured public attention alongside academic recognition from organizations such as the Royal Society, the Academia Europaea, and the Russian Academy of Sciences. Honors include the Kavli Prize in Nanoscience, the Europhysics Prize, and election to learned societies connected with European Research Council initiatives. Geim has served on committees and advisory boards for institutions including the Royal Society, the European Research Council, and national funding agencies in United Kingdom and Netherlands.

His work fostered interdisciplinary collaborations with chemists at University of Oxford, materials scientists at Imperial College London, and engineers at TU Delft, resulting in patents and spin-off ventures that pursued applications in electronics, sensors, and composite materials. Geim's laboratory advanced techniques such as van der Waals assembly and micro-mechanical cleaving that are now standard in laboratories at University of California, Santa Barbara and Tsinghua University.

Personal life and public engagement

Geim has been an active public intellectual, engaging with audiences through lectures at venues like the Royal Institution, interviews with media outlets connected to BBC, and contributions to science policy discussions at forums including the World Economic Forum and national academies. He co-authored popular articles and delivered keynote talks at conferences organized by bodies such as the American Physical Society and Institute of Physics. Known for unconventional experiments and outreach—exemplified by earlier playful demonstrations that earned the Ig Nobel Prize—he combined rigorous research with public engagement, mentoring students who later took positions at institutions like Cornell University, University of Illinois Urbana-Champaign, and University of Tokyo.

Category:Physicists Category:Nobel laureates in Physics