Category: Events

Biology, Neurophotonics Center, and NSF NRT UtB: Neurophotonics Spring Seminar – Monday, April 9, 2018

Please join us at noon for lunch at Boston University Photonics Center 8 Saint Mary’s Street Room 906, Boston, MA 02215 Registration is required Brenda Bloodgood from the University of California’s Division of Biological Science, Section of Neurobiology, will lead a discussion on “Deconstructing neural activity with an immediate early gene”. This lunch seminar will be held at at […]

NSF NRT UtB: Neurophotonics Spring Seminar – Thursday, March 1, 2018

Please join us at 11:30 AM for lunch at Boston University Photonics Center 8 Saint Mary’s Street Room 906, Boston, MA 02215 Registration is required Spencer Smith from the University of North Carolina Chapel Hill’s Neuroscience Center, will lead a discussion on “Advancing multiphoton imaging technology for neuroscience”. This lunch seminar will be held at […]

21st Annual Photonics Center Neurophotonics Symposium

Please join us at the Boston University Photonics Center on Thursday, November 30, 2017, for our 21st Annual Photonics Center Symposium. This year’s symposium, chaired by Professor David Boas, will explore the topic of neurophotonics. Join us for a full day of speakers from academia, who will lead the audience in neurophotonics research exploration. An evening […]

fNIRS Symposium – January 16, 2018

Registration for the fNIRS symposium is now full. We are organizing a one-day fNIRS symposium on January 16, 2018. The event hosted at Boston University should be of particular interest to the regional fNIRS community, but all are welcome to attend. We will have 6 invited speakers, a contributed poster session, panel discussions, as well […]

NeuroPhotonics Seminar – Sept 22, 2017

Ji Yi, Boston University Medical Center Sept 22, 2017, 2:30-3:30pm, Kilachand Center 101 Probing the retinal vasculature and capillary function by multimodal optical imaging Abstract: Human perceive over 80% of the information by vision. Retina, being responsible to convert the light into the electric signal, is thus the most metabolically demanding organ in our body. […]