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The Serie Lectures Beidi Lecture Hall started with the First Lecture given by Academician Sun Youhong, President of CUGBApr 22, 2023

On April 22nd the lecture entitled Cherish the Earth, Harmonious Coexistence between Human and Nature was held in China University of Geosciences Beijing as the starting lecture for the series lectures Beidi Lecture Hall on the occasion of the forthcoming 54th Earth Day.

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Seminar on Comprehensive Bilateral Scientific Researches between China and Russia held in CUGB On April 19th, the Sino-Russian bilateral seminar on Baikal Comprehensive scientific research was held in the university.
Teachers from more than 40 universities gathered in CUGB to discuss the development and growth of teachers From April 8th to 9th, the eighth project quarterly meeting sponsored by the Sustainable Development Alliance of the Center for Faculty Development in Colleges and Universities and co-sponsored by CUGB was held on campus in CUGB.
Beijing and Wuhan go hand in hand: University leaders went to China University of Geosciences (Wuhan) for investigation On April 6 leaders of China University of Geosciences (Beijing) went to China University of Geosciences (Wuhan) to make an investigation.

RESEARCH

Geosciences Research

Scientific research is the foundation and source of the vitality of research universities, and the ability of scientific and technological innovation is the concentrated embodiment of the core competitiveness of universities.
Taking inheritance and innovation as its own responsibility, CUGB adapts to the national scientific research management system and operation mechanism, faces the frontier of Geosciences and national strategic needs, and based on the needs of "double first-class" discipline construction and school development, promotes the collaborative innovation of industry university research, promotes the collaborative development of basic research and applied research, continuously enhances the innovation consciousness of teachers and students, and actively seeks new growth points of scientific research development.

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Sep 15, 2026

School of Materials Science And Technology

Yue An：Unprecedented Piezo-Photocatalytic H2O2 Synthesis via Synergy of Dual Charge Transfer Channels and Frustrated Lewis Pairs in Bi-Ionic Carbon Nitride【AFM】

Sep 14, 2026

School of Energy Resources

Xinyue Lin：Astronomical Forcing–Driven Nonlinear Organic Carbon Burial and Lithofacies Evolution: Insights From Lacustrine Shale of the Funing Formation, Subei Basin, Eastern China【BR】

Sep 4, 2026

School of Materials Science And Technology

Wenhe Yu：Intermetallic Pt3In concave tetrahedra for oxygen reduction electrocatalysis in proton exchange membrane fuel cells【NC】

Sep 2, 2026

Institute of Earth Sciences

Qiushi Zhou：Chlorine isotope compositions of the southern Tibetan lithosphere indicate a mantle source for chlorine in collisional porphyry Cu systems【GCA】

Yue An：Unprecedented Piezo-Photocatalytic H2O2 Synthesis via Synergy of Dual Charge Transfer Channels and Frustrated Lewis Pairs in Bi-Ionic Carbon Nitride【AFM，2026】

The efficient synthesis of hydrogen peroxide (H2O2) through piezo-photocatalysis is a promising yet challenging sustainable route, primarily limited by inefficient charge separation and sluggish surface reaction kinetics.

Xinyue Lin：Astronomical Forcing–Driven Nonlinear Organic Carbon Burial and Lithofacies Evolution: Insights From Lacustrine Shale of the Funing Formation, Subei Basin, Eastern China【BR，2026】

Wenhe Yu：Intermetallic Pt3In concave tetrahedra for oxygen reduction electrocatalysis in proton exchange membrane fuel cells【NC，2026】

Scaling proton exchange membrane fuel cells (PEMFCs) demands efficient and durable electrocatalysts for the cathodic oxygen reduction reaction (ORR).

Qiushi Zhou：Chlorine isotope compositions of the southern Tibetan lithosphere indicate a mantle source for chlorine in collisional porphyry Cu systems【GCA，2026】

The India-Asia convergence generated a series of porphyry deposits formed in the post-collisional stage, yet the enrichment mechanisms of critical ore-forming elements such as chlorine (Cl) remain poorly understood.