Positioned from a high starting point and broad perspective, the School of Sciences, focusing on advanced sciences and related interdisciplinary fields, is committed to nurturing top-tier talents with core creative abilities to support and lead the national development in science and innovation. We are planning to achieve significant accomplishments in academic development, scientific research, talent cultivation, and research-education-industry cooperation.

Vision

1. Establish world-class disciplines, create a globally renowned base for scientific research and innovation, and contribute to the sustainable development of major national strategies;

2. Tackle scientific challenges, develop impactful scientific theories, and promote scientific progress, economic development and social advancement through continuous exploration and interdisciplinary research;

3. Enhance global understanding and appreciation of the social value of sciences through basic research and promotion, thus contributing to human progress.

Mission

1. Promote research in mathematics, physics, chemistry, and related interdisciplinary sciences, foster diverse collaborative explorations, and generate new research fields and groups;

2. Recruit and develop top-tier talents, establish first-class disciplines, pioneer leading-edge academic research, lead discipline development, and promote sci-tech innovations;

3. Build a collaborative platform integrating science, education and industry, create a strong clustering effect, drive the integration of innovation and industrial chains, and accelerate the transformation of scientific research results, thus achieving win-win cooperation.

Core Values

1. Pursuit of Excellence

Dedicate efforts to excel in academic disciplines such as mathematics, physics, and chemistry, as well as in scientific research, talent development, collaboration, and dissemination.

2. Diverse Development

Stimulate academic diversification, innovation and development through continuous provision of advanced education and research opportunities to both faculty and students, for diverse development is the cornerstone of future sci-tech innovation and development.

3. Honesty and Integrity

Maintain honesty and integrity as essential virtues for academics, foster a positive academic culture, strengthen ethical conduct in academia, nurture a new generation of scholars with strong ethical awareness and capabilities, and promote a sustainable and healthy academic ecosystem.

4. Harmonious Development

Attach importance to balanced development of sciences at home and abroad, and constantly seek to establish connections and collaborations with both Chinese and foreign scientific research institutions, universities and high-tech enterprises to ultimately achieve win-win cooperation.

Vision

Build world-class disciplines and innovation bases to support national strategies.

Tackle scientific challenges, develop theories, and promote interdisciplinary research.

Deepen understanding of the value of sciences and contribute to human progress. 

Mission

Promote interdisciplinary research, stimulate cooperation, and generate new research fields.

Attract top-tier talents and lead sci-tech innovations.

Build a research-education-industry collaboration platform, and accelerate the transformation of scientific research results.

Core Values

Strive for excellence in scientific research, talent development and cooperation across disciplines.

Pursue diverse innovation and development, and stimulate academic innovation.

Emphasize integrity, strengthen academic ethics, and nurture new academic forces.

Value domestic and international collaborations for win-win development.

Discipline Construction

The School of Sciences has three fundamental academic departments, mathematics, physics and chemistry respectively. Each department not only covers basic research but also delves into interdisciplinary fields, exploring academic areas while keeping pace with research trends to collectively advance the development of disciplines.

Mathematics

Physics

Chemistry

Three Fundamental Academic Disciplines

Mathematics

Data science and statistics, number theory, geometry, topology, analysis and partial differential equation, algebra, dynamical systems, probability theory & stochastic analysis, computational and applied mathematics

Physics

Theoretical physics, quantum physics and information, astrophysics, particle physics, statistical physics and complex systems, photophysics, condensed matter physics, biological and chemical physics

Chemistry

Organic chemistry, inorganic chemistry, analytical chemistry, physical chemistry, computational and quantum chemistry, electrochemistry, organometallic chemistry, polymer chemistry