Konstantin Novoselov: The Nobel Prize in the Waste Bin
A colleague in the Manchester lab was cleaning graphite samples by cleaving them with Scotch tape, and throwing the used tape away. Novoselov took the discarded tape, found flakes still clinging to it, and had a working device inside an hour. "However small the effect," he wrote later, "it was clear we had stumbled upon something very big." Six years on, at thirty-five, he was the youngest physics laureate since 1973.
Nizhny Tagil
Konstantin Sergeevich Novoselov — Kostya — was born on 23 August 1974 in Nizhny Tagil, a heavy-industrial city in the Urals whose plants turned out railway carriages and tanks. His father was an engineer in one of them; his mother taught English. He grew up doing electrolysis experiments and metalwork, and competed in physics olympiads.
Phystech, and Chernogolovka
In 1991 he entered the Moscow Institute of Physics and Technology — Phystech — choosing the Faculty of Physical and Quantum Electronics, and took his MSc in 1997. His practical training happened elsewhere: at the Institute of Microelectronics Technology at Chernogolovka, where he learned tunnelling spectroscopy under experimentalists including Yura Dubrovskii. This matters more than it sounds. What Novoselov acquired in those years was not a theory but a pair of hands — the ability to design, fabricate and measure a device quickly, which is the skill the whole story later turns on.
Nijmegen to Manchester
In 1999 he joined Andre Geim's high magnetic field laboratory at Nijmegen. His doctorate, awarded by Radboud University in 2004, was on the development and applications of mesoscopic Hall microprobes, supervised by Jan Kees Maan and Geim. When Geim moved to the University of Manchester in 2001, Novoselov followed without hesitation, into a laboratory that was essentially empty and had to be assembled from nothing. The pair also produced, along the way, a biomimetic adhesive modelled on the gecko's foot — a reminder that the graphene work came out of a group that treated apparently frivolous problems seriously.
The Tape
The graphene result was, by Novoselov's own account, almost accidental. The team was chasing a metallic field-effect transistor built from graphite. Oleg Shkliarevskii's habit of cleaning graphite by cleaving it with Scotch tape produced waste that turned out to be the experiment. Within months there was a first graphene device, catalogued as sample ZYH-K51, and in 2004 came the paper in *Science* — "Electric Field Effect in Atomically Thin Carbon Films" — that founded a field. What they had isolated was graphene: a single, free-standing atomic layer of carbon, in which the electrons behave as massless Dirac fermions, moving as though they had no mass at all. Novoselov credits the theorist Dima Khmelnitsky with explaining to them what the linear spectrum actually meant.
The Prize, and After
The 2010 Nobel Prize in Physics went to Geim and Novoselov "for groundbreaking experiments regarding the material graphene." At thirty-five he was the youngest physics laureate since Brian Josephson in 1973. The honours arrived in sequence: Knight Commander of the Order of the Netherlands Lion in 2010, a Fellowship of the Royal Society in 2011, a knighthood in the 2012 New Year Honours, the Leverhulme Medal and the freedom of the city of Manchester in 2013, the Onsager Medal in 2014, election as a foreign associate of the U.S. National Academy of Sciences in 2019 and a foreign member of the Chinese Academy of Sciences in 2023. He became Langworthy Professor at Manchester in 2013 and the first director of the National Graphene Institute, and helped drive the European Commission's billion-euro Graphene Flagship. His output is industrial in scale — 475 peer-reviewed papers by January 2024, and a standing place among the world's most cited researchers. His research since has moved beyond the single sheet to van der Waals heterostructures: stacks of different two-dimensional materials assembled layer by layer, in effect a way of designing solids to order. In 2019 he joined the National University of Singapore, the first Nobel laureate to do so, and in 2021 co-founded the Institute for Functional Intelligent Materials there with Antonio Castro Neto, on $200 million of ten-year funding. In 2026 he became president of Constructor University in Bremen. In 2022 he signed the open letter of Russian scientists condemning the invasion of Ukraine.
Ink and Graphene
He is also a serious practitioner of Chinese traditional ink painting and calligraphy, trained by the artist Zheng Shenglong, exhibited internationally; one of his paintings is in Xi Jinping's collection. In 2015, at the reopening of the Whitworth Art Gallery, he collaborated with the artist Cornelia Parker: Novoselov breathed on a graphene gas sensor, triggering a firework display loaded with meteorite fragments. The graphene in the sensor had been taken from original drawings by Blake, Constable, Picasso, Turner and Girtin — flakes under a hundred micrometres, so that the works themselves were unharmed. He showed graphene-infused ink paintings at Viennacontemporary in 2017 and curated an exhibition at the 2025 Venice Biennale. His account of why is unusually clear-eyed: "Artists and scientists both think outside the box… Scientists then identify common elements across phenomena to describe general laws, while artists typically study individuals rather than crowds. We're just two sides of the same medal."
Why Konstantin Is Called a Genius
The cognitive quality on display is not mathematical power but anomaly recognition, coupled to exceptional experimental speed. Anyone in that building could have picked up the used tape. What distinguishes Novoselov is that he saw a discarded object as an experiment, and that his training at Chernogolovka and Nijmegen let him convert the hunch into a functioning device within an hour. His own sentence is the whole argument: "however small the effect — it was clear we had stumbled upon something very big." Recognising that a tiny signal is a large fact rather than noise is the rarest thing in experimental physics, and the field that followed is the measure of how right he was.
The counter-case deserves airing. The prize is shared, and Geim was the senior figure and had been his doctoral supervisor; from outside, credit cannot be cleanly apportioned between professor and postdoc. Novoselov himself hands much of the intellectual content elsewhere — to Geim, from whom he says he learned the "spirit of science" and a "manic attention to details," and to Khmelnitsky for explaining what the data meant. And a single overwhelming result is a narrower foundation for the word than a lifetime's body of theory. Notably, Novoselov uses "genius" himself only of experiments and ideas, never of people. On his own usage, the genius was the experiment.
Legacy
He holds Russian and British citizenship, is married to Irina Barbolina and has two daughters. The material he pulled off a piece of rubbish is now a global research industry, and the method — mechanical exfoliation with adhesive tape — is simple enough to repeat on almost any bench. That is the strangest part of the story: one of the most consequential physics experiments of the century can be done for the price of a roll of tape. Only one person thought to look.
Achievements
- Nobel Prize in Physics — 2010
- Knight Bachelor — 2011
- Affiliated with University of Manchester, National University of Singapore and Institute of Microelectronics Technology and High Purity Materials
- Educated at Moscow Institute of Physics and Technology
- Worked as physicist, inventor and university teacher
