Huihui Wang
Lecturer
Contact Information:
Office Address: Room 311, Institute of Laser Spectroscopy
E-mail: huihuiwang2019@sxu.edu.cn
Academic Background:
2014.07-2018.12 Theoretical Physics Ph.D. University of Rostock
2011.09-2014.07 Atomic and Molecular Physics M.S. Shanxi University
2007.09-2011.07 Optical Information Science ang Technology B.S. Shanxi University
Research Interests:
Atomic and Molecular Quantum Mechanical Simulations, Ultrafast Dynamics Studies
Selected Recent Publications:
19. An efficient method for coupled rotation and torsion of oriented AXn1 -BYn2 molecules with application to BF2BCl2；Huihui Wang, Hongjuan Yang, Changyong Li, Lirong Wang, Yonggang Yang*. Journal of Chemical Physics; 162、244118 (2025)
18. Coherences of charge migration increasing with molecular size: A case study for chloro-alkyne ions H(CC)nCl+; Huihui Wang , Xue Ren, and Xinran Ren, Liantuan Xiao, Suotang Jia, Yonggang Yang*. Physical Review Research; 7、 L022003 (2025)
17. On the forward-backward symmetry of reversible thermoneutral unimolecular reactions; Jiaqing Li, Si-Dian Li, Jörn Manz*, Huihui Wang, Yonggang Yang. Chemical Physics Letters; 871、142116 (2025)
16. From chiral laser pulses to femto- and attosecond electronic chirality flips in achiral molecules; Yunjiao Chen；Dietrich Haase; Jörn Manz*; Huihui Wang*; Yonggang Yang*. Nature Communications, 15、565 (2024)
15. Time‐Dependent Extension of Grimme's Continuous Chirality Measure for Electronic Chirality Flips in Femto‐ and Attosecond Time Domains； Yanrong Guo； Dietrich Haase；Jörn Manz*； Huihui Wang*； Yonggang Yang*.ChemPhysChem； 25、e202400132 (2024)
14. Spatio‐Temporal Symmetries of Electronic Chirality Flips in Oriented RbCs Induced by two Coincident Laser Pulses with Circular ++, +−, −+, −− Polarizations； Guoxiao Liu; Jörn Manz*; Huihui Wang*; Yonggang Yang*. ChemPhysChem；25、e202400595 (2024)
13. Ultrafast laser induced charge migration with de- and re-coherences in polyatomic molecules: A general method with application to pyrene； Huimin Ma; Jörn Manz; Huihui Wang*; YiJing Yan*; Yonggang Yang*. Journal of Chemical Physics；158、124306 (2023)
12. Ultrafast charge migration in ionized iodo-alkyne chain I(CC)nH+; Yuan Meng; Huihui Wang*; Yichi Zhang; Yonggang Yang*. AIP Advances; 13、 045301 (2023)
11. Microwave Induced Ultralong-Range Charge Migration in a Rydberg Atom；Huihui Wang; Yuechun Jiao; Jianming Zhao*; Liantuan Xiao; Suotang Jia. Chinese Physics Letters；39、013401 (2022)
10. Quantum Engineering of Helical Charge Migration in HCCI；ChunMei Li；Huihui Wang; Jörn Manz*; Yonggang Yang* . Chinese Physics Letters；39、123402 (2022)
9. Spreading probability distribution and increase of entropy due to coherent quantum dynamics: Proof-of-principle for a model molecular boron rotor; Hongjuan Yang; Yuan Man; Huihui Wang; Yonggang Yang*. Chemical Physics; 562、111659 (2022)
8. Vibrational spectra of 2-cyanophenol cation studied by the mass analyzed threshold ionization technique；Na Li； Shuxian Li； Lin Wang； Huihui Wang； Jianming Zhao； Changyong Li*. Chinese Physics Letters；792、139402 (2022)
7. Two-color resonance enhanced multiphoton ionization spectroscopy ofo-hydroxybenzonitrile and Franck-Condon simulation; Na Li； Shuxian Li； Lin Wang； Huihui Wang；Yonggang Yang; Jianming Zhao； Changyong Li*. Acta Physica Sinica；71、023301 (2022)
6. Vibrational band-structures caused by internal rotations of the boron Wankel rotor B11-； Yonghong Xu；Huihui Wang； Yonggang Yang*； Changyong Li； Liantuan Xiao； and Suotang Jia. RSC Advance；11、3613 (2021)
5. Effect of chemical structure on the ultrafast spin dynamics in core-excited states；Vladislav Kochetov； Huihui Wang； Sergey I. Bokarev* . Journal of Chemical Physics；153、044304 (2020)
4. Ultrafast dissipative spin-state dynamics triggered by x-ray pulse trains; Huihui Wang; Tobias Möhle; Oliver Kühn; Sergey I. Bokarev*. Phys. Rev. A; 98、013408 (2018).
3. Ultrafast Spin-State Dynamics in Transition-Metal Complexes Triggered by Soft-X-Ray light; Huihui Wang; S. I. Bokarev, S. Aziz; O. KühnPhys. Rev. Lett. 118, 023001 (2017)
2. Density matrix-based time-dependent configuration interaction approach to ultrafast spin-flip dynamics; Huihui Wang; S. I. Bokarev, S. Aziz; O. KühnPhys. Mol. Phys. 115, 1898 (2017)
1. A full Dimensional Investigation of Infrared Spectroscopy of the RbCs Dimer Using the Multi-configuration Time-dependet Hartree Method; Huihui Wang; Yonggang Yang; Liantuan Xiao; Suotang Jia. J. Chem. Phys. 139, 244309 (2013)
