Sheng Wang 🎓

Sheng Wang

(Forence)

PhD Graduate in Computer Science

The University of Hong Kong

Professional Summary

Sheng Wang is a PhD graduate from The University of Hong Kong, supervised by Prof. Chuan Wu and Prof. Lingpeng Kong. His research focuses on Agent, LLM Super-Alignment, and Data Synthesis. He has published 14+ papers in top-tier conferences including NIPS2025 (Spotlight), ICLR2025, ACL2024/2025, EMNLP2025.

Education

PhD Computer Science

2022-09
2025-11

The University of Hong Kong

B.Eng. AI & Automation

2017-09
2021-07

Huazhong University of Science and Technology

Interests

Agent LLM Super-Alignment Data Synthesis
Featured Publications
TherapyGym: Evaluating and Aligning Clinical Fidelity and Safety in Therapy Chatbots featured image

TherapyGym: Evaluating and Aligning Clinical Fidelity and Safety in Therapy Chatbots

ICML 2026 submission on evaluating clinical fidelity and safety in therapy chatbots.

fangrui-huang
ToolSelf: Runtime Self-Reconfiguration for Robust Long-Horizon Agentic Tasks featured image

ToolSelf: Runtime Self-Reconfiguration for Robust Long-Horizon Agentic Tasks

ICML 2026 submission on runtime self-reconfiguration for agentic systems (Co-Corresponding Author).

jingqi-zhou
MoS: Unleashing parameter efficiency of low-rank adaptation with mixture of shards featured image

MoS: Unleashing parameter efficiency of low-rank adaptation with mixture of shards

A paper at ICLR 2025 presenting MoS, a method for more parameter-efficient LoRA through mixture of shards.

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Sheng Wang
ProReason: Multi-modal proactive reasoning with decoupled eyesight and wisdom featured image

ProReason: Multi-modal proactive reasoning with decoupled eyesight and wisdom

EMNLP 2025 main conference paper on multi-modal proactive reasoning (Co-Corresponding Author).

jingqi-zhou
QSpec: Speculative decoding with complementary quantization schemes featured image

QSpec: Speculative decoding with complementary quantization schemes

EMNLP 2025 main conference paper on efficient inference through speculative decoding.

juntao-zhao
TreeSynth: Synthesizing Diverse Data from Scratch via Tree-Guided Subspace Partitioning featured image

TreeSynth: Synthesizing Diverse Data from Scratch via Tree-Guided Subspace Partitioning

A spotlight paper at NeurIPS 2025 presenting TreeSynth, a method for synthesizing diverse data through tree-guided subspace partitioning.

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Sheng Wang
Recent Publications