NEUR306: Cellular and Molecular Neuroscience is being offered in the Winter 2025 term!
This course will be online and taught by Dr. Lin.
You can see this on the schedule of classes.
NEUR306: Cellular and Molecular Neuroscience is being offered in the Winter 2025 term!
This course will be online and taught by Dr. Lin.
You can see this on the schedule of classes.
Dr. Amanda Chicoli and Dr. Ana Navarro-Cebian
are recipients of the Awesome award!
The Awesome award was presented by Dr. Michael Dougherty, Psychology Department Chair.
Dr. Dougherty is very proud to have both professors as colleagues and values both of them as truly amazing educators!
The Undergraduate Major in Neuroscience is very proud of Dr. Chicoli and Dr. Navarro-Cebrian!
When you see them on campus please congratulate them!
The Artificial Intelligence Interdisciplinary Institute at Maryland (AIM) is thrilled to host Dr. Leslie Kaelbling for our Inaugural Distinguished Lecture, "The Role of Rationality in Modern AI." Dr. Kaelbling, a distinguished professor at MIT, will present her latest research on rationality in AI, exploring computational efficiency, cognitive modeling, and system safety.
As part of her visit, she will host a talk on 11/19 in CHM 1402 and a panel session on 11/20 in Iribe. Lunch will be served prior to the panel session in Iribe 4105. RSVP required for the panel session!
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The Advanced MRI Section (AMRI) in the Intramural Research Program of the National Institute of Neurological Disorders and Stroke at the National Institutes of Health (NIH) in Bethesda, Maryland is seeking postbaccalaureate fellow candidates for two projects: an all-night EEG-FMRI sleep study in healthy controls and an EEG-FMRI-CPAP nap study in patients with epilepsy. The fellow will assist with research coordinator duties and data collection. Tasks and priorities will vary depending on the phase of the study and amendments that are made to the protocol. With time (4 months or longer), the fellow may be invited to develop an independent data analysis project. Candidates must be willing and able to work night shifts and in the MRI environment. The start date is flexible but will likely be summer 2025.
As part of the NIH Intramural Research Program, AMRI has access to unique imaging and computational resources, including four 3 T and three 7 T human MRI scanners, EEG and MEG systems, and a large (currently 116,340-core) computational cluster. AMRI has a dedicated group of researchers with expertise in state-of-the-art MRI techniques, data analysis tools, MRI physics, and sleep neuroscience.
Required Qualifications:
1) Willingness and ability to work night shifts (generally, one per week)
2) Willingness and ability to work in the MRI environment
3) Willingness to perform research coordinator duties
4) US citizen or permanent resident
5) College graduates who received a bachelor's degree within three years of beginning the program OR have received a master's degree within six months before beginning the program
Preferred Qualifications:
1) A strong desire to learn sleep neuroscience
2) Statistics experience
3) Scientific computer programming, command-line interfacing, and/or signal processing experience
Applicants are requested to send their curriculum vitae to Dante Picchioni, PhD at dante.picchioni@nih.gov. It is encouraged to include contact information for three references from mentors and/or colleagues.
For more information on the NIH Intramural Research Training Award, see:
https://www.training.nih.gov/
For more information on the laboratory, see:
Please note that you must be willing and able to work night shifts and in the MRI environment. You cannot perform these essential functions if you ever had a seizure; if you ever had a psychotic, depressive, or bipolar disorder; or if you have a serious contraindication for MRI. This will be verified with a physical.
Dr. Kaci Thompson, the Assistant Dean, Science Education Initiatives, is looking for first and second year students with an interest in undergraduate research to invite to the spring 2025 Catalyst Seminar.
Students should be majoring in biology, neuroscience, biochemistry or chemistry and are expected to maintain a grade point average of 3.0. The course is cross-listed as BSCI 279C and as BSCI 279H (for students in the Honors College).
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The class meets four times in person over the course of the semester, and the rest of the course content is online.