The 4th Joint Workshop on Condensed Matter Science Peking University & Max Planck Institute for Solid State Research

2025-09-09

In quantum materials, the collective behavior of strongly interacting electrons gives rise to remarkable phenomena, ranging from high-temperature superconductivity and correlated topological states to the quantum Hall effect and exotic magnetism. Unlocking the mechanisms behind these effects is crucial for designing the next generation of functional materials and quantum devices.

This workshop will bring together leading scientists from Peking University, several Chinese institutes, the Max Planck Institute for Solid State Research, and the Technical University of Dresden to explore spectroscopy and microscopy of quantum matter, non-equilibrium phenomena and ultrafast dynamics, low-dimensional and topological materials, quantum transport in correlated systems, and many-body theory approaches to emergent phases. By fostering dialogue between experimentalists and theorists across these areas, the workshop aims to deepen our understanding of complex electronic behavior and catalyze new strategies for controlling quantum states of matter.

（Click here to download the Program and Poster information）

Peking University：

CHEN, Gang

JIA, Shuang

LIU, Xiongjun

LU, Xiaobo

PENG, Yingying

SHINDOU, Ryuichi

SONG, Zhida

SUN, Qingfeng

WANG, Fa

WANG, Jian

WANG, Nanlin

XIE, Xin-Cheng

ZHANG, Yan

Institute of Physics, Chinese Academy of Sciences：

LI, Yuan

ZHANG, Jianjun

Nanjing University：

LU, Yi

Max Planck Institute for Solid State Research：

AST, Christian

HEPTING, Matthias

HUANG, Dennis

KEIMER, Bernhard

MANSKE, Dirk

SCHNYDER, Andreas

WANG, Lichen

Technical University of Dresden：

KAISER, Stefan

Peking University：

HUANG, Junhan

JIN, Xianghong

LIN, Wenlu

WANG, Renfei

ZHANG, Shilong

ZHANG, Xiaowen

ZHAO, Pengwei

Max Planck Institutes：

DEBBELER, Lukas

HEINSDORF, Niclas

LIU, Yiran

OBZHIROV, Anatoly

ZHANG, Jiawei

ZIMMERMANN, Valentin