1. Introduction to the research team
The atomic manufacturing laboratory is located in the Hangzhou International Science and Technology Innovation Center of Zhejiang University. Its main research directions are atomic manufacturing technology and equipment, including: diamond tool technology, atomic manufacturing technology research and development, manufacturing mechanism research, etc.

Dang Chaoqun, a researcher of the “Science and Technology Innovation Hundred Talents Program” of the Hangzhou International Science and Technology Innovation Center of Zhejiang University, a Qiushi Science and Technology Innovation Scholar, a doctoral supervisor, and an independent PI. His main research directions include the exploration of the global elastic behavior of covalent crystal materials at the micro-nano scale and their elastic strain engineering applications, the ultra-large plastic deformation mechanism dominated by twinning and dislocation movement of superhard metal materials at the nanoscale under in-situ transmission electron microscopy, and the study of atomic-level cutting mechanisms and methods. More than 20 papers have been published in journals such as Science and Nature Materials. He is currently in charge of the talent introduction project of the Science and Technology Innovation Hundred Talents Program, the National Key R&D Program, the National Natural Science Foundation, and other projects. In 2022, he was selected as a top talent in Hangzhou and a Class B talent in Hangzhou. He has won honors such as “35 Science and Technology Innovation Under 35” in China by MIT Technology Review in 2022.
Personal homepage: https://hic.zju.edu.cn/2022/1024/c65770a2654245/page.htm2

. Recruitment direction:
1. Materials science: atomic scale characterization (including transmission electron microscopy, in-situ electron microscopy, atomic force microscopy);
2. Micro-nano mechanics: micro-nano mechanical properties and deformation mechanism of crystal materials;
3. Theoretical and computational materials science: density functional theory calculation and molecular dynamics simulation of crystal materials;
4. Atomic-level manufacturing: atomic-level surface processing mechanism research
5. Tribology: material wear mechanism research

3. Application conditions
1. Obtained a doctoral degree within the past three years, excellent in both character and academics, physically and mentally healthy, and in principle not older than 35 years old;
2. Applicants must have a background in materials, machinery, mechanics, etc. Applicants who meet any of the following criteria will be given priority:
a. Experience in using precision processing or characterization equipment such as transmission electron microscope (TEM), atomic force microscope (AFM), focused ion beam (FIB), nanoindenter, etc.;
b. Knowledge of crystallography and elastic-plasticity and a research foundation in material mechanics and micro-deformation;
c. Background in theoretical and computational materials science;
3. Published at least one influential research paper as the first author in the past three years;
4. Possess a good sense of teamwork and strong independent work ability;
5. The research group is mainly engaged in experimental research, focusing on basic frontier directions, involving a large number of micro-nano experimental operations. Doctoral graduates with a solid academic style, hard work and patience, strong hands-on ability, and aspirations to engage in scientific research are welcome to join!

IV. Work and exit requirements
1. Exit requirements: Publish 1 SCI paper in the first zone of the Chinese Academy of Sciences as the first author and Zhejiang University as the first unit;
2. Provide a free and independent scientific research environment, and work with the PI in the form of cooperation around the basic research direction of atomic-level manufacturing;
3. Encourage and support participation in domestic and foreign academic conferences, visits and cooperation, etc.;

V. Remuneration and guarantee conditions
(the current research group
has sufficient funds to fully support and guarantee the team’s scientific research work) 1. Competitive salary level + Hangzhou Xiaoshan District postdoctoral living allowance of 150,000 yuan/year;
2. Xiaoshan District postdoctoral research work funds of 100,000 yuan/person (independent project);
3. Hangzhou City fresh doctoral graduate living allowance of 100,000 yuan/person;
4. Provide Xiaoshan District talent apartments (apply according to Hangzhou City E-type talent standards: 50 and 70 square meters are available, and the rent is about 42 yuan/square meter);
5. Share Zhejiang University’s experimental and scientific research conditions;

VI. Application materials
Applicants please send “personal resume + first-author representative papers” and other relevant materials to Professor Dang Chaoqun’s email cqdang@zju.edu.cn If you are a fresh graduate, please indicate your expected graduation date. Please indicate “Postdoc + Name + School” in the email title, and briefly describe your main research direction, research results, and work plans and goals after being hired.
This recruitment information is valid from the date of publication.