Prof. Vladimir Litvak
@vlitvak.bsky.social
Neuroscientist and (kind of) programmer studying the links between the depths of the brain and its surface. Former Kiev, Jerusalem, Wuerzburg, Haifa.
What was the point he was making with this? I recently heard about Pollock in a different context from @marcusdusautoy.bsky.social .
October 1, 2025 at 11:56 AM
What was the point he was making with this? I recently heard about Pollock in a different context from @marcusdusautoy.bsky.social .
This paper is the work of the brilliant Haeun Sun. It’s rare for an MSc thesis to be publishable, but Haeun’s perseverance made it possible.
I’m also grateful to all the co-authors — especially Ningfei Li and Davide Giampiccolo @dgiampiccolo.bsky.social, who co-supervised Haeun’s project.
I’m also grateful to all the co-authors — especially Ningfei Li and Davide Giampiccolo @dgiampiccolo.bsky.social, who co-supervised Haeun’s project.
July 1, 2025 at 4:21 AM
This paper is the work of the brilliant Haeun Sun. It’s rare for an MSc thesis to be publishable, but Haeun’s perseverance made it possible.
I’m also grateful to all the co-authors — especially Ningfei Li and Davide Giampiccolo @dgiampiccolo.bsky.social, who co-supervised Haeun’s project.
I’m also grateful to all the co-authors — especially Ningfei Li and Davide Giampiccolo @dgiampiccolo.bsky.social, who co-supervised Haeun’s project.
We propose an approach to help select the most informative tasks and contacts to test in each patient.
Our method also makes it possible to identify the most promising symptoms to study, given typical implantation patterns at a clinical site, and to estimate the required patient numbers.
Our method also makes it possible to identify the most promising symptoms to study, given typical implantation patterns at a clinical site, and to estimate the required patient numbers.
July 1, 2025 at 4:21 AM
We propose an approach to help select the most informative tasks and contacts to test in each patient.
Our method also makes it possible to identify the most promising symptoms to study, given typical implantation patterns at a clinical site, and to estimate the required patient numbers.
Our method also makes it possible to identify the most promising symptoms to study, given typical implantation patterns at a clinical site, and to estimate the required patient numbers.
Reposted by Prof. Vladimir Litvak
Poster 1323 at #OHBM2025 - Suvadeep Maiti from the FIL will present his important work validating cluster-level inference based on random field theory correction, for 1D and 2D electrophysiological data in SPM. [6/7]
June 23, 2025 at 8:06 AM
Poster 1323 at #OHBM2025 - Suvadeep Maiti from the FIL will present his important work validating cluster-level inference based on random field theory correction, for 1D and 2D electrophysiological data in SPM. [6/7]
Reposted by Prof. Vladimir Litvak
Thursday 11:30 at #OHBM2025 - Arjun Ramaswamy from the FIL will give an oral presentation on "Electrophysiological Correlates of Reinforcement Learning in the Human Ventral Tegmental Area", in the Higher Cognitive Functions session. [3/7]
June 23, 2025 at 8:06 AM
Thursday 11:30 at #OHBM2025 - Arjun Ramaswamy from the FIL will give an oral presentation on "Electrophysiological Correlates of Reinforcement Learning in the Human Ventral Tegmental Area", in the Higher Cognitive Functions session. [3/7]
While nuclear war is just one scenario and maybe not the most likely one, this one seems practically unavoidable based on the past.
June 16, 2025 at 3:22 PM
While nuclear war is just one scenario and maybe not the most likely one, this one seems practically unavoidable based on the past.