Uğurcan Mugan Date: October 25, 2023 Time: 12.30-13.30 Place: Seminar Room, SC 106 Decisions in naturalistic environments take place in dynamic, temporally extended, and topologically complex environments. A broad range of research into neural and behavioral correlates of decision making suggests that the brain contains multiple competing systems to generate adaptive strategies for different situations and contexts. This raises […]
Read More Dr. Berkin Bilgiç Massachusetts General Hospital, Harvard Medical School Date/Time: Thursday, Aug 3rd, 2:00 pm PLACE: UMRAM SC106 (SEMINAR ROOM) About the Speaker: Dr. Berkin Bilgiç is an Assistant Professor in Radiology at the Martinos Center for Biomedical Imaging, Massachusetts General Hospital, and Harvard Medical School, where his group develops data acquisition and reconstruction techniques for MRI. Previously, he was […]
Read More Dr. Ömer Burak Demirel University of Minnesota Harvard University Date/Time: June 22, Thursday, 10:30 am Place: Seminar Room, SC 106 Abstract: Magnetic resonance imaging (MRI) is a non-invasive diagnostic tool used in clinics to evaluate the functional properties of the human body with superior soft-tissue contrast. Scan duration is a major issue in MRI that requires trade-offs between […]
Read More Assist. Prof. Hasan Onur Keleş Ankara University Date/Time: Tuesday, May 30th, 12:30 pm Meeting ID: 942 4349 1429 (Passcode: 896970) https://zoom.us/j/94243491429?pwd=d04zNTFlbDRyc1o5UEJTZEhCRkRqZz09 Abstract: My research in recent years has been at the forefront of practical, noninvasive, mobile multimodal functional neuroimaging (fNIRS and/or EEG). One of my aims is to create markers for predicting human performance. Such markers can provide objective […]
Read More Prof. Susana Chung Optometry and Vision Science University of California, Berkeley Date/Time: Monday, May 8th, 5:30 pm Meeting ID: 962 2186 4610 (Passcode: 896970) https://zoom.us/j/96221864610?pwd=Z2Yya0hNeEd1TmVOcS9BUjFZSXZyZz09 Abstract: People with bilateral macular disease are known to exhibit much higher fixation instability when compared with people with a normal fovea. The increased fixation instability is attributed to larger amplitudes of ocular […]
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