An important architecture page to keep because he is the lead author on RoFormer, the paper that introduced rotary position embeddings; that design later became standard infrastructure across modern open-weight language models.
Researcher Profile
Editor reviewedBo Wen
Rotary position embeddings (RoPE)
Researcher at Zhuiyi Technology and RoFormer coauthor
A better page than the generated stub because it places him in the original RoFormer team at Zhuiyi, tied to the positional-embedding design that became standard in later open-weight model families.
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About This Page
This profile is meant to help you get oriented quickly: why this researcher matters, what to read first, and where to explore next.
Last reviewed
March 18, 2026
Known For
The ideas, systems, and research directions that make this person worth knowing.
01
RoFormer
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Rotary position embeddings (RoPE)
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Transformer architecture work at Zhuiyi
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RoFormer: Enhanced Transformer with Rotary Position Embedding
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RoPE
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Architectures
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People worth exploring next because they share topics, labs, or source material with this profile.
Worth keeping because he is part of the original Zhuiyi author team behind RoFormer, which means his page ties directly into the introduction of rotary position embeddings rather than a generic long-tail language-model paper.
A useful architecture page because he appears on the small original RoFormer author list, making him one of the identifiable contributors behind the RoPE design that later spread across modern LLM stacks.
This page is worth upgrading because it anchors him to one of the most reused architectural ideas in current language models: he is on the original RoFormer paper that introduced rotary position embeddings.
Useful to keep because he is another named member of the original RoFormer author group, which makes his page part of the historical trail for how RoPE entered the mainstream transformer toolkit.
A key open-model ecosystem builder whose work matters because it combines research, public infrastructure, and field-level coordination rather than isolated paper output alone.