Quantum International Frontiers 15-18 October, 2026,
Changsha, Hunan Province, P.R. China.


On the occasion of the 88thAnniversary of the founding of
Hunan Normal University.


Conference photograph

The conference has now concluded - scroll down for more conference photos.

About Quantum International Frontiers 2026

Quantum International Frontiers 2026 included sessions on:

  • Session titles:
    • Microcavity photonics and Quantum Sensing
    • Quantum Modelling for Energy Conversion and Storage
    • Developments in Theoretical Quantum Chemical Physics
    • Plasmas and Particles in Chemistry and Physics
    • Molecular and Nano-materials for Electronics
    • Quantum Effects and Applications
    • Relativistic Effects for Quantum Chemistry
    • Spectroscopy, Molecular Structure and Dynamics
    • Quantum Frontiers and Green Chemistry
    • Atoms and Molecules in Strong Fields
    • Developments in Theoretical Concepts in Quantum Chemistry
    • Macromolecular chemistry synthesis, assembly and properties

FINAL Conference program book


Traditional and non-traditional lecture formats and poster sessions were implemented in this conference.

  1. Frontier lecture: 60 minutes: 30 minutes invited talk immediately followed by 30 minutes of audience discussion. The lecture material should be of a pedagogic level and submitted by 2026/08/01 for distribution to the Q.I. Frontiers audience. Limited numbers of slots available.

  2. Pedagogical lecture: 45 minutes: The lecture material (PPTs, PDF) must be at a level suitable for final year undergraduate students and the audience may interrupt the speakers. There should be no jargon or unexplained acronyms. Limited numbers of slots available.
    • Dongqing Wei:AI drug discovery with quantum computing
    • Maxim Gelin: Femtosecond nonlinear spectroscopy from the point of view of a theoretician.
    • John M. Herbert: Large-Scale, High-Accuracy Quantum Chemistry via Fragmentation
    • Yanqing Lu: Exploring Soft Matter Photonics
    • Denis Sh. Sabirov: Polarizability of fullerenes and polycyclic aromatics. From DFT to materials science and astrochemistry
    • Julia Contreras-García: Quantum topology: understanding chemistry from 3D fields
    • Xiaosong Ma: Quantum memory at telecom wavelength using erbium-ion ensembles

  3. Invited lecture: 30 minutes (25 minutes talk, 5 minutes for questions)
    • Cheol Ho Choi: MRSF-TDDFT and Beyond
    • Xiaoyan Cao: New Developments and Applications of Relativistic Energy-consistent Pseudopotentials
    • Elfi Kraka: From Phonon Bands to Bonds: Wavevector-Resolved and Wannier-Type Local Vibrational Mode Analysis
    • Libor Veis: Projection-Based DMRG-in-DFT Embedding for Strongly Correlated Molecular Systems
    • Sidian Li: Fluxional Covalent Bonds, Hydrogen Bonds, and Halogen Bonds in Chemistry
    • Michael Dolg: Investigation of medium-sized methane clusters with quantum chemical first principles and ab initio calculations
    • Timothy Hele: A Radical Approach to Machine Learning and Electronic Structure Theory
    • Keyu Xia: Singularity-enhanced sublinear sensing with linear sensors
    • Wenjie Dou: Memory kernel coupling theory to quantum dynamics
    • Jianqi Zhang: Experimental witness of quantum jump induced high-order Liouvillian exceptional points
    • Yasuteru Shigeta: An Integrated Computational Chemistry Workflow for Drug Discovery and Protein Function Analysis
    • James Anderson: The Impact of Scalar Relativity and Electron Correlation on QTAIM Properties
    • Yang Guo: Multi-reference Methods for Large Active Spaces and Relativistic effects
    • Xiguang Wang: Electrically tunable non-Hermitian magnon propagation in magnetic waveguides
    • Ireneusz Grabowski: An Evaluation and Development of the Hybrid KS DFT Functionals Based on the KS Exchange-Correlation Potentials - the UMK26 hybrid functional
    • Yonggang Yang: Ultrafast charge migration: simulations, manipulations, and applications
    • Yuanhao Mao: Chiral laser gyroscopes breaking the lock-in limit
    • Jin-Lei Wu : Superadiabatic engineering of quantum state transfer across multi‑state platforms
    • William Glover: Water Catalyzes the Decay of a Ground-State Twisted Intermediate During the Electronic Relaxation of Uracil
    • Michał Lesiuk: Rank-reduced coupled cluster theory
    • Ran Huang: Nonreciprocal and non-Hermitian photon blockade effects
    • Song Jianxin: Synthetic Chemistry of Porphyrinoids
    • Paul W. Ayers: The Seniority Quantum Number in Many-Body Quantum Mechanics
    • Dongping Zhong: Optical Coherent Control of Biological Electron Transfer
    • Xiao-Ming Lu: Quantum Multiparameter Estimation and Imaging: Fundamental Limits, Measurement Incompatibility, and Resolution Enhancement
    • Fuxiang Li: Universal scaling behavior in topological quantum phase transitions under driven critical dynamics
    • Chuancun Shu: Quantum Control of Ultracold Molecules: From Quantum States to Quantum Gates
    • Jian-Sheng Dong: Magnetoelectric Coupling and Quantum Transport in Two-Dimensional Compensated Magnets
    • Qing-Shou Tan: Reinforcement-learning-assisted nonreciprocal optomechanical gyroscope
    • Qiong Chen: Robust Quantum Control and Sensing in Defect Spin Systems
    • Xinxing Zhou: Photonic spin Hall effect: Manipulations and applications
    • Ya-Qian Liu: Neuromorphic Devices Modulated by Quantum Effects and Ionic Coupling
    • Yu-Hong Liu: Machine-learning-assisted quantum state engineering in cavity optomechanical systems
    • Liwei Yu: Tensor-Network Machine Learning: Trainability, Generalization, and Statistical Structure
    • Changliang Ren: A Unified Framework for Sequential Quantum Correlation Sharing
    • Rui-Bo Jin: Advanced quantum metrology with Hong-Ou-Mandel interferometers
    • Yafeng Jiao: Hybrid Cavity Optomechanics: A Versatile Platform for Manipulating Macroscopic Quantum Entanglement
    • Ji-Bin Yuan: Temperature-enhanced quantum sensing
    • Yan Wang: Liquid photonic-molecule microlasers for ultrasensitive biosensing
    • Yong-Qiang Li: Multi-Parameter Quantum Positioning Schemes for Different Scenarios
    • Samantha Jenkins: Low-Attosecond Resolution Electronic and Nuclear Dynamics: How Helical Electron Motion Drives Chiral Asymmetry
    • Yun-Feng Xiao: Ultra-high-Q Microcavity Optics & Photonics
    • Chao-Hong Lee: Quantum lock-in detection with cold atoms
    • Jie-Qiao Liao: Dark Mode and Dark State Theory in Quantum Physics
    • Yaxin Zhai: Spin Effects and Spin Control in Hybrid Semiconductors
    • Xiao-Ying Zhou: Friedel oscillations in semi-Dirac and altermagnet systems
    • Ye-Xiong Zeng: Bosonic Quantum Error Correction: Simpler Structures, Stronger Protection
    • Mingyuan Hong: Multiphoton quantum plasmonic system
    • Ya-Ju Song: Quantum-Interference Control of Single-Photon Transport and Frequency Conversion in Waveguide QED
    • Sergei Manzhos*: Augmenting DFTB with customized interatomic potentials to facilitate large-scale electronic structure calculations
    • Piotr Piecuch*: Recent Advances in the CC(P;Q) Formalism: CIPSI-Driven and Adaptive Approaches

    Posters


    • Zhongyu Liu: Equation-of-motion method and simulation of six-wave-mixing signals of excitionic trimer
    • Alireza Lashkaripour: Quintet Mixed-Reference Spin-Flip (QMRSF) Theory: A New Framework for Strong Correlation
    • Xinmiao Li: Theoretical study of internal conversion through the prism of six-wave-mixing spectroscopy
    • Weixi Wu: Exploring Singlet Fission Characteristics via Simulations of Six-Wave Mixing Spectroscopy
    • Igor Sawicki: Limits of self-consistent Double Hybrid DFT
    • Mateusz Witkowski: MERCE - Method-Space Correlation Energy Extrapolation
    • Jiawen Kong: Full symmetry-breaking of electronic and nuclear dynamics for low attosecond resolution of electronic chirality
    • Jingqin Tu: Low-Attosecond Resolution Electronic and Nuclear Dynamics Revealing the Origin of Chiral Asymmetry: A Consequence of Helical Electron Motion
    • Xintao Song: Thermomechanically squeezed multi-mode phonon lasers with levitated optomechanics
    • Yanzi Jing: Third-Order Exceptional Point and Quantum Squeezing in a Pseudo-Hermitian Semiconductor Optomechanical System
    • Yan Wang: Spin Bunching Of Conjugated Structured Photons Based On Metasurfaces
    • Rui Zhang: Enhancing the Sensitivity of Quantum Optomechanical Gyroscope by Optical Kerr Effect
    • Jinlei Tan: Frequency-space few-photon diode effect
    • Zhao Xuan: General dark-state theory for arbitrary multilevel quantum systems
    • Jianxin Song: Efficient identification of the inequivalence of Mutually Unbiased Bases via Finite Operators
    • Xian-Li Yin: Feedback-enhanced driven-dissipative quantum batteries in waveguide-QED systems
    • Cheng Liu: Dark-mode theory for quadratic bosonic networks
    • Hai Zhu: Single-photon scattering in giant-atom topological-waveguide-QED systems
    • Xu Yi: Simultaneous ground-state cooling of two levitated nanoparticles by coherent scattering
    • Yusheng Tang: Highly sensitive temperature sensing via quadratic optomechanical coupling
    • Zeping Liu: Boundary time crystals beyond mean-field theory: A stroboscopic rotating-wave approximation
    • Jiakang Wu: Manipulating Topological Polaritons in Optomechanical Ladders
    • Zi’nuo Cai: Complementarity and Correlations in sequential scenario
    • Li Liu: Crossover between Coherent and Dissipative Synchronization in Cavity Magnonics
    • Meimei Zhou: Enhanced entanglement of two distant mechanical oscillators in a two-cascaded-cavity optomechanical system via optical parametric amplifier
    • Mian Mao: Nonreciprocal Microwave Transmission in a Passive-Active Double-Cavity-Magnon System
    • Yufeng Su: Mpemba effect caused by anomalous heat conduction in a quantum dot system
    • Ruochen Wang: Enhancing Optomechanical Entanglement and Mechanical Squeezing by the Synergistic Effect of Quadratic Optomechanical Coupling and Coherent Feedback
    • Yunlan Zuo: Synchronized and anti-synchronized photon blockade
    • Run Zhou: Mass-Independent Scheme for Enhancing Spatial Superpositions
    • Jing Li: Phase-tunable photon circulation in a giant Lambda -type atom-waveguide system
    • Cancan Xing, Wenqing Hong: Solar-Driven Photocatalytic Nitrogen Fixation Using Transition-Metal -Doped Covalent Organic Frameworks
    • Huangguo Zhou, Yunbo Li: Unveiling the Synergistic Mechanism of Transition Metal–Boron Coordination in B₄C₁₂Nanosheets for Electro-and Photocatalytic Nitrogen Fixation
    • Yangyang Yuan: Chirp-stabilized dissipative charging of a two-level quantum battery
    • Jian Tang: Robust photon blockade with hybrid molecular optomechanics

Important Deadlines

  • Deadline 1: 2026/04/30 Early bird registration - see below..
  • Deadline 2: 2026/09/01 Abstract submission deadline.
  • Deadline 3: 2026/09/20 Late registration - see below.

Mark up your calendars!


Quantum International Frontiers 2026 will be hosted by Hunan Normal University, specifically:

  • The BEACON Research Group
  • The Quantum Optics Lab of the Chinese Department of Education
  • The Key Laboratory of Low-Dimensional Quantum Structures and Quantum Control of the Ministry of Education
  • The Synergetic Innovation Center for Quantum Effects and Applications (SICQEA)
  • The College of Chemistry & Chemical Engineering

QI Frontiers 2026 will be located in Changsha, capital city of Hunan Province.

Conference Committee and Sponsors

Hunan Normal University

Joint Chair: Professor Samantha Jenkins, Director of Theoretical and Computational Chemistry, (Hunan, China)
BEACON Research Group
College of Chemistry & Chemical Engineering
Synergetic Innovation Center for Quantum Effects and Applications (SICQEA)
Hunan Normal University, 36 Lushan Lu, Yuelu Qu
CHANGSHA 410081, Hunan, P.R. CHINA.

samanthajsuman@gmail.com

Joint Chair: Professor Hui Jing, (Hunan, China),
Hunan Normal University

jinghui73@foxmail.com

Co-Chair: Professor Le-Man Kuang (匡乐满), (Hunan, China), Key Laboratory of Low-Dimensional Quantum Structures and Quantum Control of Ministry of Education, Synergetic Innovation Center for Quantum Effects and Applications (SICQEA), Hunan Normal University, Changsha 410081, China.

lmkuang@hunnu.edu.cn
Co-Chair: Professor Steven R. Kirk, (Hunan, China)

BEACON Research Group
College of Chemistry & Chemical Engineering
Synergetic Innovation Center for Quantum Effects and Applications (SICQEA)
Hunan Normal University, 36 Lushan Lu, Yuelu Qu
CHANGSHA 410081, Hunan, P.R. CHINA.

Co-Chair: Professor Jianxin Song, (Hunan, China)

College of Chemistry & Chemical Engineering
Hunan Normal University, 36 Lushan Lu, Yuelu Qu
CHANGSHA 410081, Hunan, P.R. CHINA.

jxsong@hunnu.edu.cn

Co-Chair: Professor Hongrong Liu, (Hunan, China),

hrliu@hunnu.edu.cn

Co-Chair: Professor Jieqiao Liao, (Hunan, China),

jqliao@hunnu.edu.cn

Co-Chair: Professor Zhihui Peng, (Hunan, China),

zhihui.peng@hunnu.edu.cn

Co-Chair: Professor Changliang Ren, (Hunan, China),

renchangliang@hunnu.edu.cn
Zhengzhou University of Light Industry

Co-Chair: Professor Hai-Yan Wang, (Zhengzhou University of Light Industry, Henan, China)

wanghaiyan@zzuli.edu.cn

Prizes


Prizes to be awarded for oral presentations by Zhengzhou University of Light Industry, Henan, China


A number of cash prizes, generously provided by Elsevier, will be awarded for the best student posters presented at the conference.

Elsevier

Frontier Graduate Prizes


Quantum International Frontiers 2 Graduate Prize winners

Click on photo for a larger version.



Conference Photos

Opening ceremony 1 Opening ceremony 2 Conference sign with sponsors Closing ceremony 1 Conference helper/organiser team Opening ceremomony: handover

FINAL Schedule

Most recent update 2026/10/29 12:12 UTC+8

Depending on the size of your screen, the schedule below may appear with horizontal or vertical scroll bars.

Schedule


* indicates online.


Invited lecture: 30 minutes (25 minutes talk, 5 minutes for questions).


Pedagogical lecture: 45 minutes: The lecture material (PPTs, PDF) must be at a level suitable for final year undergraduate students and the audience may interrupt the speakers. There should be no jargon or unexplained acronyms. Limited numbers of slots available.


Frontier lecture: 60 minutes: 30 minutes invited talk immediately followed by 30 minutes of audience discussion. The lecture material should be of a pedagogic level and submitted by August 1st 2026 for distribution to the QI. Frontiers audience.


Conference locations


  • Oct 16: 08:30 - 09:00 Opening Ceremony: Crowne Room, 6th floor.
  • Oct 16-18: The Frontiers/Pedagogical lectures and (P1) Invited lectures Crowne Room, 6th floor, Invited Lectures P2/P3/P4 witll be given in Peony Room, Camphor Room and Azalea Room respectively, on 6th Floor.
  • Oct 17: 12:00 - 14:00 The Poster Session will be held in the Changsha Room, 6th floor.

Dining room

  • Oct 15-18: Lunch and dinner are provided free of charge during the conference, at the Ballroom, 6th floor.

International Scientific Committee

  • Angela K. Wilson (USA)
  • Mark S. Gordon (USA)
  • Piotr Piecuch (USA)
  • Alia Tadjer (Bulgaria)
  • J. Vincent Ortiz (USA)
  • Erkki Brändas (Sweden)
  • Samantha Jenkins (P.R. China)
  • Steven R. Kirk (P.R. China)
  • Yan (Alexander) Wang (Canada)
  • Yasuteru Shigeta (Japan)
  • Chao-Ping Hsu (Taiwan, China)
  • Frank Harris (USA)
  • Chang-Pu Sun (P.R .China)
  • Wenjian Liu (P.R. China)
  • Martin Quack (Switzerland)
  • Anna Krylov (USA)
  • Martin J. Paterson (UK)
  • Malgorzata Biczysko (P.R. China)
  • Sir David Clary (UK)
  • Wei Ren (P.R. China)
  • Jianxin Song (P.R. China)
  • Jian Liu (P.R. China)
  • Nawee Kungwan (Thailand)
  • Sourav Pal (India)

Local Organizing Committee

  • Samantha Jenkins (Changsha)
  • Steven R. Kirk (Changsha)
  • Hongrong Liu (Changsha)
  • Jieqiao Liao (Changsha)
  • Hui Jing (Changsha)
  • Zhihui Peng (Changsha)
  • Changliang Ren (Changsha)
  • Tianlu Xu (Changsha)
  • Le-Man Kuang (Changsha)
  • Yaxin Zhai (Changsha)

Honorary Committee

  • Akitomo Tachibana (Japan)
  • Jeffrey Reimers (P.R. China/Australia)
  • Marco A.C. Nascimento (Brazil)
  • Mark Eberhart (USA)
  • Cherif Matta (Canada)
  • Paul W. Ayers (Canada)
  • Philip Hoggan (France)
  • David Wales (UK)
  • Tucker Carrington (Canada)
  • Weitao Yang (USA)
  • Mike Robb (UK)
  • Markus Reiher (Switzerland)
  • Fenglong Gu (P.R. China)
  • Debashis Mukherjee (India)
  • Wei Wu (P.R. China)
  • Kersti Hermansson (Sweden)
  • Shuhua Li (P.R. China)

Registration

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Venue

QIF2026 will be located in the Crowne Plaza Changsha Development Zone (长沙世景广场皇冠假日酒店), Building A No.192 Kaiyuan Road Changsha Economic Development Zone, Changsha ) (links:Trip.com,IHG Hotels)


Travel


PLEASE NOTE: We intend to arrange for delegates to be met at railway stations and the airport, and accompanied to these travel hubs when leaving Changsha. Please make sure that you have sent your arrival and departure details to Professor Jenkins.

Tips for the vicinity of the venue



Other Sources of Information


Info:


Recommended useful phone apps for China:

Accommodation:

Hotel exterior
Hotel exterior
Hotel buffet area

Attractions in Changsha

Yuelu Mountain

Yuelu Mountain and Yuelu Academy

Explore the trails, paths and temples of this popular location, or visit Yuelu Academy, one of the four ancient seats of learning in China. Further information in English (1,2,3,4) and in Chinese here.

Orange Island

Juzhizhou (Orange Island)

Take the metro to Orange Island in the center of the Xiang River, with ornamental gardens, pavilions and the Young Mao Zedong statue.

Hunan Provincial Museum

Hunan Provincial Museum

(click picture for official website, available in Chinese(Simplified and Traditional), English, French and Korean)