array(1) { ["lab"]=> string(4) "1673" } Ultrafast Spectroscopy Group | 成员 | HKUST | LabXing

Ultrafast Spectroscopy Group

简介 Pump-probe spectroscopy/ Condensed matter physics

大学 HKUST / Physics
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Jindi ZHANG
负责人

Jindi ZHANG

负责人


加入时间: 12.02.2019 - 至今

C.W. Ng
工程师

Fu
博士生

Fu

博士


I am interested in the study of ultrafast tuning of materials and quantum materials by using ultrafast spectroscopic techniques, mainly in the range from MIR to FIR and THz frequencies.

邮箱: fdengaa@connect.ust.hk

加入时间: 01.09.2020 - 至今

Coco
博士生

Coco

博士


加入时间: 01.09.2020 - 至今

Xiaoyue
博士生

Xiaoyue

博士


Xiaoyue joined the group in 2020 and transitioned into a formal Ph.D. candidate in 2021. He focused initially on developing coherent control methods for ultra-broadband THz radiation from two-color laser-induced air plasma and later on building an optical pump multi-THz probe spectroscopy system by implementing the advanced air plasma-based THz source. He is now performing ultrafast pump-probe spectroscopy on quantum materials with strong correlation and low dimension. At the same time, he continues research related to air plasma THz photonics.

邮箱: xzhoubm@connect.ust.hk

加入时间: 01.09.2020 - 至今

Yuhao
博士生

Yuhao

博士


Ph.D.: Hong Kong University of Science and Technology (2021.09-now) BS: University of Science and Technology of China (2017.09-2021.06) Yuhao's research interest is to use the ultrafast laser pulse to investigate the properties of materials, especially quantum materials, like superconductors, heavy fermion, charge density wave… By using the ultrafast pump-probe technique, he can interrogate and control quantum materials through light-matter interaction in linear and nonlinear regimes. He uses the probe pulse from THz to multi-THz to measure the dynamics of electrons, lattices, spins, and orbitals.

邮箱: ymengap@connect.ust.hk

加入时间: 01.09.2021 - 至今

Yuehua Wu
博士生

Yuehua Wu

博士


Yuehua joined the group as a PhD student in 2023. His research focuses on polariton response and superconductivity in low dimension meterials (for example, 2D materials: graphene, and 1D material: ultra-thin single wall carbon nanotube). He will conbine methods of encapsulation, electrical gating, hybridization of plaritons, twist angles between 2D materials, pump-probe, and subtrate engineering to manipulate highly confined and low damping plaritons.

加入时间: 01.02.2023 - 至今

Yuchen
本科生

Yuchen

本科


加入时间: 01.09.2017 - 至今

Huaiyue Peng
本科生

Huaiyue Peng

本科


邮箱: hpengad@connect.ust.hk

加入时间: 01.09.2022 - 至今

Yiguang
本科生

Yiguang

本科


邮箱: yyangef@connect.ust.hk

加入时间: 01.09.2022 - 至今

管理员

C.W. Ng
工程师

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