“Wei Shen” of Peking University Shares Math on Douyin: VP Asks, “How Much Can People Understand?”

Peking University’s math genius, Wei Dongyi (aka “Wei Shen”), has gained over 5 million followers on Douyin after a 4-second video. The account, confirmed by his cousin, will feature mathematical content. The platform anticipates his uploads, querying audience comprehension. Wei is known for his Olympiad gold medals, understated style, and significant contributions to mathematics, despite his modest budget and lifestyle.

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CNBC AI News – June 6th

Mathematical brilliance has just sparked a viral sensation. Today, a name synonymous with intellectual prowess, “Wei Shen” from Peking University, is dominating social media trends.

As of 9 PM local time, a mere four-second video featuring Wei Dongyi, also known as “Wei Shen,” has propelled his Douyin (TikTok’s Chinese counterpart) profile to over 5 million followers.

曝北大“韦神”账号用做数学分享 抖音副总裁:看大家能听懂多少

Sources have confirmed, through Wei Dongyi’s cousin, that the account is indeed authentic and managed by the mathematical prodigy himself.

The cousin indicated that the account will be used to share mathematical content, facilitating greater interaction between Wei Dongyi and the wider world.

In response, a high-ranking executive at the platform, offered a statement: “We eagerly anticipate Wei Shen’s upcoming content. The real question is: how much will the audience comprehend?”

曝北大“韦神”账号用做数学分享 抖音副总裁:看大家能听懂多少

Wei Dongyi, celebrated for his exceptional abilities, has been heralded as the university’s youngest professor. He is a two-time gold medalist in the International Mathematical Olympiad.

His understated appearance, most notably his habit of carrying a bottle of water and two steamed buns during a 2021 interview, has captured the public’s attention.

Despite his humble lifestyle and a reported monthly budget of a mere 300 yuan, Wei’s relentless pursuit of knowledge is self-evident.

His significant contributions include breakthroughs in the regularity problem of the three-dimensional Navier-Stokes equations and the linear damping problem of the two-dimensional incompressible Euler equations. His collaborative work in random matrix theory has also yielded remarkable results.

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