CUHK Research Infrastructure: State Key Laboratories, InnoHK Centres, and University‑Level Institutes

A university’s research strength is measured not only by its papers and prizes but also by its “infrastructure” — the platforms it builds determine the scale of the questions it can tackle. This article is a factual archive for the Reference Zone (04 Research). No credibility badges are assigned. Every item is linked to an official or secondary source. It provides an overview of CUHK’s three‑tier research architecture: national‑level State Key Laboratories, HKSAR‑government flagship InnoHK Centres, and university‑/faculty‑level research institutes and centres. The establishment years and lists of units follow the latest official announcements.

# 1. The Three‑Tier Architecture: CUHK’s Research Organisational Skeleton

CUHK’s research units can be roughly divided into three tiers: national level (State Key Laboratories), HKSAR government flagship‑plan level (InnoHK Centres), and university‑/faculty‑level institutes and centres. Each tier is unpacked below. The very layering reflects CUHK’s “dual identity”: it is both an international university and a node deeply embedded in the national research system.

# 2. State Key Laboratories: From “Agriculture, Medicine, Chemistry” to “Quantum”

A State Key Laboratory (SKL) is a national‑level research institution in China — according to Wikipedia^※, it is a national laboratory system hosted by universities or research institutes and dedicated to high‑level basic and applied research in specific fields. Since the handover, Hong Kong universities have been permitted to set up such laboratories (often as “Partner Laboratories” paired with mainland host institutions), marking a significant step in integrating Hong Kong research into the national innovation system.

# CUHK’s State Key Laboratories

According to the CUHK “State Key Laboratories” page^※, the University hosts several SKLs spanning agriculture, medicine, chemistry, and other fields:

Note: Synthetic Chemistry and Bioactivities & Clinical Applications of Medicinal Plants are Partner Laboratories established in collaboration with local institutions; for the definitive classification of each as a Partner or independent SKL, refer to the latest list on the official research page^※.

# Directions of each laboratory

• Agrobiotechnology: focuses on crop genomics and stress‑tolerant breeding, extending CUHK’s record in agricultural genomics such as salt‑tolerant soybeans (see Agricultural Biotechnology).
• Synthetic Chemistry: according to the SKL of Synthetic Chemistry official page^※, it aims to create and characterise novel compounds with important structural and bonding features or practical application potential — a foundational research field bridging modern chemistry with industries such as materials and pharmaceuticals.
• Digestive Disease: according to official sources, it carries out basic, translational and clinical research on gastrointestinal cancers, peptic ulcer bleeding, chronic liver diseases, and inflammatory bowel disease, drawing on the clinical resources of the CUHK Faculty of Medicine and the Prince of Wales Hospital.
• Translational Oncology: according to the SKL of Translational Oncology page at CU Medicine^※ and the CUHK research page^※, it is housed in the relevant cancer centre at the Prince of Wales Hospital and concentrates on the “translational medicine” pathway that turns basic oncology research into clinical diagnosis and treatment.
• Bioactivities & Clinical Applications of Medicinal Plants: concentrates on the bioactivities and clinical applications of medicinal plants, dovetailing with CUHK’s research direction in Chinese medicine.

# 2025: the quantum laboratory receives its plaque

According to a CUHK announcement^※, in August 2025 CUHK’s newly established State Key Laboratory of Quantum Information Technologies and Materials was presented with a plaque alongside three other SKLs. The announcement names each laboratory director: the quantum laboratory is led by Professor Liu Renbao, Translational Oncology by the University’s inventor of NIPT (Chair Professor of Chemical Pathology), Agrobiotechnology by Professor Lam Hon‑ming, and Digestive Disease by Professor Yu Jun. The quantum laboratory covers quantum sensing and precision measurement, nanophotonics and integrated photonics, and quantum materials and quantum information theory.

From “agriculture, medicine, chemistry” to “quantum”: the disciplinary spread of CUHK’s SKLs traces a trajectory from traditional strengths (agriculture, medicine, chemistry) towards frontier technology (quantum information). This reflects the evolution of CUHK’s own disciplinary capabilities while also aligning with the shifting priorities of national science and technology strategy.

# 3. InnoHK Centres

InnoHK is an R&D cluster programme led by the Innovation and Technology Commission of the HKSAR Government and located at the Hong Kong Science Park. According to the CUHK InnoHK Centres page^※, the six InnoHK Centres that CUHK leads or participates in belong to two platforms:

# Health@InnoHK (healthcare technologies)

1. Centre for Neuromusculoskeletal Restorative Medicine
2. Centre for Novostics (molecular diagnostics) — according to CUHK sources^※, led by the University’s inventor of NIPT (Chair Professor of Chemical Pathology), it focuses on cutting‑edge molecular diagnostics based on cell‑free nucleic acids in blood and other body fluids.
3. Microbiota I‑Center

# AIR@InnoHK (AI and robotics)

4. Centre for Perceptual and Interactive Intelligence
5. Hong Kong Centre for Logistics Robotics
6. Multi‑Scale Medical Robotics Center (MRC) — according to CUHK sources^※, jointly led by Professor Philip Chiu of the Faculty of Medicine and Professor Samuel Au of the Faculty of Engineering, positioned as Asia’s first collaborative platform for medical robotics R&D. For more on MRC, see Medical and Multi‑Scale Robotics.

# 4. Selected University‑Level Institutes and Centres

CUHK also houses numerous university‑/faculty‑level institutes spanning the humanities, social sciences, earth and space sciences, and medicine. The table below is a selection; details can be found in the dedicated topic articles.

According to CUHK sources^※, the Institute of Chinese Studies was founded in 1967 on the initiative of the founding Vice‑Chancellor, Li Choh‑ming (李卓敏); its affiliated Art Museum was established in 1971.

# 5. Institutional Significance: CUHK Research’s “National Dimension”

CUHK’s State Key Laboratories carry significance on three levels:

1. Plugging into the national system: through the “Partner Laboratory” mechanism, CUHK’s research is deeply connected to mainland host institutions and national research plans, gaining access to national‑level platforms and resources;
2. Strengthening translational capacity: the medically oriented laboratories — Translational Oncology, Digestive Disease — link the clinical strengths of the CUHK Faculty of Medicine with basic research, enhancing the “bench‑to‑bedside” translational pipeline;
3. Greater Bay Area role: as a flagship research university in the Greater Bay Area, these “national‑brand” laboratories are the concrete embodiment of CUHK’s research role in the national regional development strategy (for more on the GBA role, see 09-international/cuhk-shenzhen.md).

CUHK is often described as a university that “faces both the world and the nation” — international rankings and collaborations embody its world‑facing side, while the State Key Laboratories are an institutional manifestation of its nation‑facing side. The coexistence of the two constitutes CUHK’s distinctive research identity. For signature achievements and team details of each unit, see the dedicated topic articles.

Related reading: Overview of Research Achievements, Life Sciences and Medical Breakthroughs, Agricultural Biotechnology, Medical and Multi‑Scale Robotics, Information and Engineering Breakthroughs.