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Shibing Chu

Date：2021-06-23View：

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Name：
Shibing Chu
Position and Technical Title：
Associate Professor
Research Areas：
Deep Learning; Quantum Physics; Artificial Photosynthesis; Algorithmic and applied research on strongly correlated electron systems
Graduate Admission Professions：
Physics (Master); Physics (Ph.D.)
E-mail：
c⊙ujs.edu.cn
Corresponding Address：
Department of Physics and Electronic Engineering, Jiangsu University, Zhenjiang, 212013, P. R. China
 
Education and Work Experience
● 2017/11 －Now, Associate Professor, Department of Physics and Electronic Engineering, Jiangsu University, China
● 2014/10 －2017/10, PostDoctor in University of Roma "Sapienza", Italy
● 2009/09 －2014/06, Ph.D. in School of Physical Science and Technology Lanzhou Univeristy, China
● 2005/09 －2009/06, Bachelor Degree in School of Physical Science and Technology Lanzhou Univeristy, China
 
 
Teaching Courses
● Group theory and its application in Physics(Graduate student)

● Statistical Physics (Undergraduate)

● Solid Theory

● College Physics Experiments  (Undergraduate)

 
Research Fundings
● National Natural Science Foundation of China (11904137), 2020.01-2022.12, PI

● Senior Talent Start-up Fund of Jiangsu University (18JDG024), 2018.01-2028.01 PI


Research Projects
● Deep Learning and its application into physics.

Machine Learning and Deep Learning have a rapid development and there are lot of interesting topics in its application into the investigation on electronic structure such as Density Functional theory and Hartree-Fock theory.        

● Quantum Monte Carlo Methods.

Based on Linus Pauling's resonance valence bonding theory, we construct wave functions to describe the electronic structure of molecules or nanomaterials by variational optimization of the constructed wave functions based on quantum Monte Carlo methods.

● Extended symmetry breaking methods.

Development of extended symmetry breaking methods to describe the low spin ground state of a system based on the computational results of the first-principle approach. It is used for electronic structure description and geometric coordinate optimization of multicenter high spin systems. The main research object is photosynthesis systems. Interested in studying theoretical and computational methods for strongly correlated electronic systems.
 
★ Welcome international students to join us for Master degree and Ph.D.
● Cultivate scientific researchers engaged in the intersection of physics and computer

● Cultivate IT industry candidates to persuing the technology of machine learning, deep learning and artificial intelligence


★ About Myself

love physics and computer, Emacs is the most commonly used tool. 

an open source and technology enthusiast. 

I believe in science first, and look forward to finding the beauty of science (serendipity) together.

Academic Publications

[1] Shibing Chu, Zhelin Li, Rami Mrad, Qiuyu Gao, M Idrees*,Universality of Optoelectronic and Thermoelectric Properties of Novel Two-Dimensional CrSiM2N (M= As, P and N= Se, Te) Monolayers and their vdWHs with MoTe2, Solid State Communications,115581,6,2024

[2] Hongfei Zhang, Shuwei Cheng, Yuanping Chen, Shibing Chu*,Modulating electronic structure by interlayer spacing and twist on bilayer bismuthine, Journal of Physics: Condensed Matter36(33),335502,5,2024

[3] Shibing Chu, Qiuyu Gao*,Unveiling the Low-Lying Spin States of [Fe3S4] Clusters via the Extended Broken-Symmetry Method, Molecules29(9),2152,5,2024

[4] Shuwei Cheng, Zhelin Li, Hongfei Zhang, Xiaohong Yan, Shibing Chu*,Discovery of magnesium-aluminum alloys by generative model and automatic differentiation approach, Modelling and Simulation in Materials Science and Engineering32(4),045008,4,2024

[5] Caihua Wang, Yangyang Wan, Shaokang Yang, Yuee Xie, Shibing Chu, Yuanping Chen, Xiaohong Yan*,Revealing the Untapped Potential of Photocatalytic Overall Water Splitting in Metal Organic Frameworks, Advanced Functional Materials34(13),2313596,3,2024

[6] Zhelin Li, Rami Mrad, Runxian Jiao, Guan Huang, Jun Shan, Shibing Chu, Yuanping Chen*,Generative Design of Crystal Structures by Point Cloud Representations and Diffusion Model, arXiv preprint arXiv:2401.13192,1,2024

[7] Guan Huang, Lichuan Zhang, Shibing Chu, Yuee Xie, Yuanping Chen*,A highly ductile carbon material made of triangle rings: A study of machine learning, Applied Physics Letters124(4),1,2024

[8] Duo Zhang, Yinnian Liu, Yun Zhao, Jian Liang, Boyuan Sun, Shibing Chu*,Algorithm Research on Detail and Contrast Enhancement of High Dynamic Infrared Images, Applied Sciences13(23),12649,11,2023

[9] S.B. Chu, D Bovi, F Cappelluti, AG Orellana, H Martin, L Guidoni*,Effects of static correlation between spin centers in multicenter transition metal complexes, Journal of chemical theory and computation 13 (10), 4675-4683,8,2017
[10] S.B. Chu, E Coccia, M Barborini, L Guidoni*,Role of electron correlation along the water splitting reaction,Journal of chemical theory and computation 12 (12), 5803-5810,42016
[11] S.B. Chu, L Hu, X Hu, M Yang, J Deng*,Titanium-embedded graphene as high-capacity hydrogen-storage media,International journal of hydrogen energy 36 (19), 12324-12328,67,2011
[12] S.B. Chu, X Hu, C Du, X Wu, Y Dai, L Hu, J Deng*, Y Feng,Open space for the physisorption of H2: cointercalation of graphite with Li, Ti metal atoms and ethylene molecules,International journal of hydrogen energy 35 (3), 1280-1284,17,2010
[13] XP Wei, JB Deng, GY Mao, SB Chu, XR Hu*,Half-metallic properties for the Ti2YZ (Y= Fe, Co, Ni, Z= Al, Ga, In) Heusler alloys: a first-principles study,Intermetallics 29, 86-91,106,2012
[14] XP Wei, JB Deng, SB Chu, GY Mao, LB Hu, MK Yang, XR Hu*,A first principles study on the full-Heusler compound Mn2CuSb,Computational Materials Science 50 (3), 1175-1178,30,2011
[15] XP Wei, JB Deng, SB Chu, GY Mao, T Lei, XR Hu*,Half-metallic ferrimagnetism in Full-Heusler alloy Mn2CuMg,Journal of magnetism and magnetic materials 323 (1), 185-188,23,2011
[16] X.P. Wei, S.B. Chu, GY Mao, H Deng, T Lei, XR Hu*,First-principles study of properties of Mn2ZnMg alloy,Journal of magnetism and magnetic materials 323 (17), 2295-2299,15,2011