Focusing on the research of high-temperature superconductivity mechanism and the application foundation for superconducting thin films.

Developing advanced high-throughput film techniques to accelerate the research on superconductivity, and thus obtained the universal scaling of the strange-metal scattering in unconventional superconductors.

Overcoming bottlenecks in synthesizing double-side large single crystal films and successfully designing a homemade multi-beam pulsed laser deposition system.

Awards: the 5th Sir Martin Wood China Prize, the Young Scientist Prize of Chinese Academy of Sciences (2021).

Main research interests: Superconducting film techniques     

High-throughput techniques and methods     

R&D of instruments for superconducting film preparations & characterizations

Combinatorial laser molecular beam epitaxy system integrated with specialized low-temperature scanning tunneling microscopy

Multi-channel transport measurement system with varied temperatures and external fields

Low-temperature transport measurement system with multi-axis rotation

Scanning measurement system for point contact tunneling spectra.

Terahertz spectrum measurement and in situ low-temperature laser scanning imaging system

Key Technologists of Chinese Academy of Sciences, 21 Chinese Patents for Invention, 1 Japanese Patent for Invention, more than 30 papers on R&D of techniques and instruments (including 3 invited reviews)

My research focuses on the tuning of superconductivity and studying its mechanism:

Employing ionic liquid gating to induce superconductivity in two-dimensional semiconducting van der Waals materials, developing new device structures and studying the physics of two-dimensional superconductivity;

Developing in situ characterization techniques (electrical, magnetic, thermal, etc.) compatible with ionic liquid gating, and exploring quantitative scaling laws of crucial parameters during the evolution of high-temperature superconductivity. 

Prof. Yangmu Li’s work focuses on quantum magnetism and novel superconductivities, aiming at fundamental physics and applications.

Research highlights include (1) discovery of the ultraquantum metal state in high-Tc superconductors; (2) quantum-magnetism-tunned topological superconducting transition; (3) scaling-law of charge transport parameters for superconductors.

Developed neutron spectrometer and event analysis software at Spallation Neutron Source, USA; Principal investigator at the Center for Functional Nanomaterials, DOE, USA; Visiting researcher at laboratories/universities in USA, France, Canada.

Graduated from the school of Electrical, Electronics and Information at the University of Birmingham in 2009（Supervisor：Professor M.J. Lancaster）

From 2010, worked at National Lab for Superconductivity, Institute of Physics, Chinese Academy of Sciences

Main research interests: high temperature superconducting passive and active microwave devices, tunable microwave devices, application research of ferroelectric thin film materials, etc.

Responsible for high temperature superconducting thin film microwave application research and microfabrication technology in SC2 group.

My name is Xu Li. I come from Xingyang, Henan Province. I graduated from The University of Chinese Academy of Sciences with a bachelor's degree. Being positive, hard-working, brave, honest and friendly, I like to communicate and cooperate with others. I'm so obsessed with what I love that I often get carried away in my experiments. I can seamlessly switch between workaholic and social butterfly. My favorite sport is badminton.

I'm from Jingzhou, Hubei province, I have a Sichuan appetite and prefer hot pot.I Usually stay at home and I'm fond of detective puzzle variety show, TV series and games. My athletic ability is relatively poor. I'm particularly interested in playing basketball, but I'm not good at it.

I am striving to become a theorist and devoting myself to the researches on high-Tc superconducting mechanism and transport behavior in quantum many body systems.

The anomalous transport behaviors have been widely reported in high temperature superconductors, graphene, and other unconventional materials. It is bound to be a long-term and challenging work understanding the origin of such 'strange metals' anomaly. Benefiting from the preparation of combinatorial films and high-throughput characterizations, a systematic material database is acquirable, and the extraction of details in anomalous transport becomes feasible and reliable. The initial work gave us a bird view of the possible correlation between superconductivity and ‘strange metals’, and the establishment of theory is crucial in the following work.

I finished my bachelor degree from the University of Chinese Academy of Sciences in 2019. Playing soccer has become my good way of regulating my mental and physical states in my schooldays, and I have played several games organized by departments and school as a regular. When I work alone, I always put myself in the music, helping me get inspiration. As an amateur mountaineer, I always put myself into challenges, and enjoy the scenery with ease along the way.

Zhao zhanyi, a student of SC02 group, graduated from The Cherry Castle - Wuhan University. Love history, movies, food and board games. Outgoing and humorous, not good at sports but willing to participate in various group activities. I hope to make friends with more people.

Hi, I'm Tu Sijia, a member of the SC2 family. Currently I do not have any interest; in fact, I am a little boring. I paly both table tennis and badminton, but to be honest, I am not good at them. In daily life, I like to stay at home, but sports act as my cup of tea. The goal of not being a fat indoorsy girl always inspires me to exercise. Besides, I am fond of regimen, and welcome everyone to discuss that with me.

I am a 2020 PhD candidate graduated from University of Chinese Academy of Sciences. I like piano, football, table tennis, billiards and other sports. The current research direction of interest is electrical transport and tunneling spectroscopy, and I sincerely hope that teachers and students can communicate with me more.

I am a 2020 PhD candidate graduated from University of Chinese Academy of Sciences. I like piano, football, table tennis, billiards and other sports. The current research direction of interest is electrical transport and tunneling spectroscopy, and I sincerely hope that teachers and students can communicate with me more.

I am a 2020 PhD candidate graduated from University of Chinese Academy of Sciences. I like piano, football, table tennis, billiards and other sports. The current research direction of interest is electrical transport and tunneling spectroscopy, and I sincerely hope that teachers and students can communicate with me more.

I'm Wang Xuewei, from Shandong. I graduated from Wuhan University, and now study the physics of superconductors in SC2. As a contemporary artistic undergraduate, I like piano, guitar, badminton and books such as classical mysteries. Meanwhile, I'm a senior fan of ACG(Animation, Comic, Game). I hope to communicate with everyone more.

the pursuit of happiness

My name is Yuan Changhong, from Dezhou, Shandong Province. I graduated from Shandong University with my undergraduate degree, and my current research interests are ionic liquid regulation, and I like documentaries, especially medical, nature and vernacular genres.

My name is Shi Qiuyan, from Jilin University, and I am mainly following  Zhang Ruozhou senior to do mutual inductance coil measurement.

My name is Sun Weixuan, from Weifang, Shandong Province，graduated from Beijing Institute of Technology. I like watching movies, and often appear in the howling abyss，occasionally also participate in basketball, badminton and other sports.

My name is Wang Yutong, from Weifang, Shandong Province. I'm very glad to study the physics of superconductors in SC2. In my life, I like outdoor running, hiking, watching movies, and checking in at that internet-famous restaurant ~

I'm Jiaxin Li, graduated from Wuhan University in 2023. I am now pursuing my PhD degree mainly on subjects like local characterization of electromagnetic properties.