Zhongzheng在认知控制和人类单神经元记录等方向的工作非常出色，在Science、Nat. Rev. Neuro、Neuron等顶刊均发表过一作文章。目前实验室正招募博后和博士岗位，非常好的机会，欢迎大家关注！
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Postdoc Positions in Human Intracranial Single-Neuron
Recordings at UTSW Neurological SurgeryPostdoctoral positions are available in the
Department of Neurological Surgery at UT Southwestern, jointly supervised by
Nader Pouratian, M.D., Ph.D., and Zhongzheng Fu, Ph.D. Our labs study the
neural mechanisms of cognitive control and action regulation using mathematical
modeling and human intracranial neurophysiology. We are seeking talented
electrophysiologists and cognitive neuroscientists to join us to work on
exciting projects in human neuroscience in the highly diverse and affordable
city of Dallas, TX.Our discoveries (selected):- Single-neuron correlates of action
inhibition (Mosher et al., Neuron, 2021)
- Basal-ganglia and cortical network
mechanisms underlying conflict processing (Choi et al., Prog. Neuro, 2024)
- The role of Globus Pallidus externus in
consciousness (Thum et al., Cerebral Cortex, 2024)
- The neuronal correlates of the
error-related negativity (ERN) (Fu et al, Neuron, 2019)
- Neuron mechanisms by which performance
monitoring generalizes between cognitive tasks (Fu et al, Science, 2022)
- Computational framework for performance
monitoring across non-human primates (Fu et al, Nat. Rev. Neuro., 2023)
The primary focus of this position is to
help develop human single neuron recordings in intraoperative settings, using
the latest recording technologies. The scientific goal is to develop an
in-depth understanding of the network physiology underlying action regulation
and cognitive control, and its dysfunction in movement disorders.Required qualifications: 1) passion and curiosity for science and research topics; 2) Ph.D.
in Neuroscience or related fields; 3) hands-on experience in acquiring
electrophysiological data; 4) familiarity with coding languages for data/signal
processing and statistics.Preferred qualifications: 1) expertise in setting up electrophysiological recording platforms;
2) expertise and track record in system neuroscience; 3) proficiency in
state-of-the-art machine learning and bio-signal processingPostdoctoral scientists will conduct
cutting-edge research in a protected, interactive, highly collaborative, and
well-funded environment, with access to state-of-the-art facilities such as
high-performance computing sources. Apart
from support and mentorship by both PIs, abundant career-development support
and resources from the Department and the UTSW O’Donnell Brain Institute are
available.The start date is in the fall/winter 2024,
but flexible in exceptional circumstances. Funding for this position is
available for 3 years and may be extended.Interested applicants should submit the
following documents to Nader.Pouratian@UTSouthwestern.eduand Zhongzheng.Fu@UTSouthwestern.edu1. A
Cover Letter describing your interest in this position and qualifications.2. A
CV listing your education, training background, publications, awards, and skill
set.3. *Two
Reference Letter(s), one of which should come from your current mentor(s).
Letter(s) will be requested upon review of CV.For more information, please visit our lab
websites:
https://labs.utsouthwestern.edu/pouratian-labUT Southwestern Medical Center is committed to
an educational and working environment that provides equal opportunity to all
members of the University community. In accordance with federal and state law,
the University prohibits unlawful discrimination, including harassment, on the
basis of: race; color; religion; national origin; sex; including sexual
harassment; age; disability; genetic information; citizenship status; and
protected veteran status. In addition, it is UT Southwestern policy to prohibit
discrimination on the basis of sexual orientation, gender identity, or gender
expression.
