A young tech worker may have cracked part of the mysterious Interuniversal Teichmüller Theory, a complex math puzzle that could unlock the ABC conjecture.
There’s a type of mathematics different from what we’re taught in universities here on Earth. It’s so complex, it resembles an alien language.
Most mathematicians actually don’t understand Inter-universal Teichmüller Theory (IUT) – only a couple of dozen do – and now viral interest is orbiting around a young tech worker who has taken it upon himself to decode it.
What is IUT?
First published in 2012 by Japanese mathematician Shinichi Mochizuki, IUT is a theory based on arithmetic geometry.
It introduces entirely new mathematical structures that radically depart from conventional number theory, earning it the nickname “alien language.”
IUT requires a wholly different mental framework – it’s like trying to understand math in an entirely different dialect. Whole subfields are now dedicated just to understanding IUT.
Mochizuki even wrote a 2,000-page proposal in 2012 detailing the ins and outs of the theory, and it’s been intensely discussed since then.
There is a deep math puzzle called the ABC conjecture that explores how numbers relate when you add and multiply them. It may sound simple, but it has actually baffled mathematicians for decades.
Enter IUT: Mochizuki’s theory claims to prove the ABC conjecture, but it’s so complex that even top mathematicians struggle to verify it.
If it holds up, it could have a ripple effect on practical applications like encryption. However, this is often met with scepticism, as many in the math world deem it too hard to understand – and even test.
Tech worker’s unexpected breakthrough
Zhou Zhongpeng, a 28-year-old self-studied former tech worker and math enthusiast, developed some novel insights into IUT and uploaded them to arXiv, a scholarly server.
After impressing major IUT scholar Ivan Fesenko, Zhou quit his job and joined Westlake University to work on the theory.
Zhou’s fresh perspective could help bridge the understanding gap between IUT specialists and places outside Japan and China – where the theory holds the highest impact.
Until a wider base of mathematicians gets on board with IUT, Zhou’s number-crunching will remain light-years ahead of most Earthlings.
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