Established by the Municipality of Shenzhen, the Southern University of Science and Technology is a publicly funded university in the Guangdong Province.
The SUSTech is a university dominated by science and engineering, combining part of characteristic humanities social sciences and management subjects.
The SUSTech cultivates quality talents with perfect personality, solid foundation, excellent ability, international view, social responsibility, innovative spirits and practical ability through the leading talent cultivation system on the basis of credit system, tutor system and college system and taking personalized, small class and international as features of talent cultivation.
The SUSTech has been determined as the experimental school of national higher education comprehensive reform. In April 2012, the Ministry of Education agreed to establish the school and give the school a great mission to explore the modern university system Chinese characteristics and training mode of innovative talents.
The Global Engagement Office (GEO) is responsible for forming and implementing a coherent strategy to promote the University’s international development and global profile.
SUSTech will adopt management mode of collegiate system for undergraduate students and create a wonderful college life for students by taking platforms such as college, Youth League Committee and communities as carriers.
The undergraduate admission of SUSTech adopts comprehensive evaluation enrollment mode based on national college entrance examination.The graduate admission of SUSTech currently adopts joint training mode.
The SUSTech Education Foundation consists of board of directors, board of supervisors and secretariat. The board of directors is the top of the power structure of the foundation; the board of supervisors is responsible to check finance and accounting information in accordance with law and regulations; secretariat is the standing administrative unit of the foundation, which is responsible to the daily work of the foundation under the leading of leaders in the board of directors.
On May 17th 2017, member of the Chinese Academy of Sciences and researcher at Nanjing University's Kunshan Innovation Research Institute Professor Zou Zhigang was invited for the 116th lecture at SUSTech, to talk on the theme of "photocatalytic material research opportunities and challenges". Fellow Chinese Academy of Sciences member and Chair of the Department of Physics Professor Yu Dapeng presided over the lecture.
On the site of the lecture
Zou Zhigang is a visiting professor from Kunshan Innovation Research Institute of Nanjing University. He is also a visiting professor at Hokkaido University in Japan, and was chief scientist of the 973 project of "high-quality photocatalytic materials and energy and environment application" in China's materials field. Other important positions he has held are Chinese representative of the project and guest researcher of the National Institute of Materials (NIMS). He has long been engaged in the design, preparation and reaction mechanisms and application of photocatalytic materials. He has made systematic and original achievements in the design theory, core preparation and application of the new generation of photocatalytic materials with high efficiency and visible light response.
Zou Zhigang lecturing
During the lecture, Zou Zhigang introduced the current photocatalytic material and photocatalytic reaction mechanism. Due to the low conversion rate of solar energy, photocatalytic materials are not widely used. Today, China's energy structure is facing a huge adjustment to achieve sustainable development and must develop new clean renewable energy. Photocatalytic materials are offering major opportunities and challenges in this field which is why it is of particular interest. He went on to describe the current situation of photocatalytic materials research: solar energy conversion and the use of the main four ways, namely, light and heat conversion, photobiological utilization, photoelectric conversion and photochemical conversion. His work focuses on the conversion of solar energy with low energy density into chemical energy with high energy density, which also brings about two potential solutions to energy and environmental problems: photocatalytic decomposition of aquatic hydrogen, and photocatalytic reduction of CO2 preparation of carbon-based materials.
He continued on the world's high hopes for photocatalytic technology, explaining the importance of their study, with the development of visible light response photocatalytic material being one of the most important ways to achieve efficient solar energy conversion. He asked important questions, such as how can the bandgap of photocatalytic material match the visible light energy? How can the band position of the photocatalytic material match the reactant electrode potential? How to reduce the photogenerated electron-hole recombination rate and improve the quantum conversion efficiency? These difficulties are the highest priority in the field and need to be resolved.
Q & A session
The lecture ended with a Questions and Answers session, during which Zou Zhigang carefully answered the audience's questions, and encouraged the students to do more in-depth research and exploration.
Contributed by: Student News Agency Tang Jie
Photos by: Student news agency Dong line
Edited by: Jeremy Welburn