Before Shi Yigong became known for founding Westlake University and writing on education policy, he was known for structural biology โ specifically, for his team's 2015 achievement of resolving the three-dimensional structure of the spliceosome, a piece of cellular machinery central to how genes are read. That result followed roughly a decade of demanding, often low-visibility work after his return to China โ the kind of long, patient effort that Chinese science writing has a phrase for: ๅๅทๆฟๅณ, "sitting the cold bench," years spent on unglamorous work without much recognition, in service of a result that takes that long to actually arrive.
Why this anecdote matters beyond being a nice biography detail
It would be easy to read this as background colour โ impressive, but not obviously instructive. The more useful way to read it is as a real, concrete instance of the argument his People's Daily essay makes more abstractly: that genuine "0 to 1" breakthroughs can't be planned or rushed. A structure resistant enough to determine for years, resolved through painstaking technical work with no guarantee of success at the outset, is exactly the kind of result that doesn't yield to speed. It yields to time, applied consistently, by someone willing to keep going without the reassurance of visible progress along the way.
There's an old Chinese phrase that fits this pattern well: ๅๅนด็ฃจไธๅ โ "ten years to sharpen one sword." The image is deliberate: sharpening a sword by hand is slow, repetitive, and produces no dramatic milestones along the way โ just a blade that's imperceptibly better each day, until, after a very long time, it's exceptional.
Where this collides with how KS3 study is usually organised
Most of the visible structure around a KS3 student's week is built for fast feedback: a worksheet finished in twenty minutes, a quiz scored immediately, a topic ticked off a revision checklist. None of this is wrong โ fast feedback loops are genuinely useful for building and checking procedural fluency, and most exam content rewards exactly this kind of reliable, quick execution.
The risk is treating fast, visible progress as the only kind that counts, because a household organised entirely around it never makes room for the slower kind. Real understanding of a genuinely difficult idea โ not just the ability to produce the right answer on a familiar question type, but the kind of understanding that lets a student handle an unfamiliar variation โ often builds slowly, with long stretches where nothing visibly changes before something clicks. If every study session is judged by "did something get finished today," that slower kind of progress looks, from the outside, like nothing happening at all โ and is at real risk of being cut short in favour of something that produces a faster, more legible result.
What "patience" actually looks like in a KS3 context
This isn't a case for less structure โ Shi Yigong's own decade of work was disciplined, not aimless, and Carroll's model of school learning makes a related, more concrete point about time genuinely needed varying by student and topic. Patience, in practice, looks like tolerating a stretch where a student is genuinely stuck on a hard concept without treating that stretch as wasted time or a sign something's wrong โ and resisting the urge to swap in an easier task just to restore the feeling of visible progress.
It also means recognising that interleaved, harder practice often looks and feels less productive in the moment than easy, blocked repetition, for exactly the same underlying reason: real learning and visible, immediate progress are not the same thing, and sometimes pull in opposite directions.
The honest caveat
None of this argues against urgency where it's genuinely needed โ a student with an exam in three weeks does not have a decade, and needs efficient, targeted revision, not open-ended patience. The point is narrower: not every kind of learning can be compressed by trying harder or moving faster, and a family or study culture that treats slow, effortful understanding as a failure mode, rather than as sometimes simply what real learning looks like, will systematically push a student away from the depth that produces it.
FAQ
What is the story behind Shi Yigong's spliceosome research?
His team achieved international recognition in 2015 for resolving the 3D structure of the spliceosome, following roughly a decade of demanding, low-visibility work after his return to China โ the kind of long effort Chinese science writing calls "sitting the cold bench."
Does 'patience over speed' mean a KS3 student shouldn't try to work efficiently?
No โ efficient technique and patient depth aren't opposites. Some kinds of understanding can't be rushed regardless of technique, and a study culture that only rewards fast, visible results will under-invest in the slower work that builds deeper understanding.
How can a family build patience into a KS3 student's routine without harming exam performance?
By treating fast, visible wins and slow, invisible progress as two different, both-necessary things, and consciously protecting room for the second rather than letting exam-timed pressure default the household into only valuing the first.
Related reading
Source
Adapted from ๆฝไธๅ ฌ (Shi Yigong), "ใ'ไป0ๅฐ1'็็ช็ ด้ ไปไนใ" ("What Does a '0 to 1' Breakthrough Depend On?"), People's Daily, 16 May 2026, and reporting on Shi Yigong's research career.
Duke Harewood ยท aitutors.me ยท Updated 14 Jul 2026.