| Date |
Speaker |
Title |
| Sep 9 (Wed), 2:30 |
Sach Sokol
(thesis defense public talk) |
Selectivity and dynamics of responses in the central visual pathway of the
macaque |
| Sep 10 |
James Hedges
(thesis defense public talk) |
The representation and perception of visual motion: To integrate or not to integrate |
| Sep 11 (Fri), 1:00 |
Mitchell Day
(thesis defense public talk) |
Coincidence detection, internal delay,
and neural coding in the Gerbil Medial Superior Olive |
| Sep 15 (Tue), 4:00 |
Yasmine El-Shamayleh
(thesis defense public talk) |
Representation of visual form in Area V2 of the Macaque |
Oct 1
First-year rotation talks |
Jeremy Freeman
(Simoncelli lab) |
Metamers of the ventral stream |
Justing Little
(Carter lab) |
Circuit analysis of the prefrontal cortex |
Basma Radwan
(Pesaran lab) |
Probabilistic modeling of cognitive motor states |
Helena Wang
(Heeger lab) |
Temporal integration of visual information underlying eye movements to naturalistic stimuli |
Oct 29, 4pm
Third-year talks, part I |
Kevin Jarrett
(LeCun lab, CS) |
A hierarchical vision model with applications for object recognition |
Nick Gustafson
(Daw lab) |
Grid cells, place cells, and generalization for spatial reinforcement learning |
Joey Pick
(Klann lab) |
Neuronal Cdh1 and synaptic plasticity |
Deep Ganguli
(Simoncelli lab) |
Representation of environmental statistics by neural population |
Mimi Trinh
(Klann lab) |
Enhanced perseverative behaviors in mice lacking the eIF2N1 kinase PERK |
Nov 5, 4pm
Third-year talks, part II |
Stephanie Lazzaro
(Pesaran lab) |
Neural representation of value in the absence of choice |
Renana Ofan
(Amodio/Rubin labs) |
Top-down influences of social categories on face perception |
Brian Quinn
(Rubin lab) |
TBA |
Hillary Schiff
(LeDoux lab) |
Epac contributions to synaptic transmission and plasticity in the thalamo-amygdala pathway |
Nicole Sabaliauskas
(Aoki lab) |
The role of hippocampal dendritic alpha 4 beta delta GABA-A receptors and pubertal learning deficits |
Golbarg Saber
(Movshon lab) |
Role of early visual areas in maintenance of spatial working memory |
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