Plexon Podcasts

Welcome to Plexon’s Podcast Page, your go-to destination for all things neuroscience and innovation! Whether you're curious about advanced electrophysiology systems, the latest trends in neuroscience, or behind-the-scenes insights from experts, our podcasts are tailored to ignite your curiosity.

Plexon Podcasts

Welcome to Plexon’s Podcast Page, your go-to destination for all things neuroscience and innovation! Whether you're curious about advanced electrophysiology systems, the latest trends in neuroscience, or behind-the-scenes insights from experts, our podcasts are tailored to ignite your curiosity.

Featuring Alexander Kirillov

Alexander Kirillov, Founder & CEO of NeuroExplorer, is a mathematician renowned for his work in representation theory, topological groups, and Lie groups. Taking an unconventional path into neuroscience, he applied his mathematical expertise to develop NeuroExplorer, a powerful tool for neural data analysis. This conversation will provide an inside look at NeuroExplorer’s development, capabilities, and impact on the field.

Featuring Jeremiah Morrow, PhD

His current work focuses on understanding how mesolimbic brain structures work together to support learning.

Featuring David J. Herzfeld

His current work uses multi-contact linear probes to record from the complete circuit in the flocculus of the cerebellum, with the goal of describing how this circuit contributes to smooth pursuit motor learning.

Featuring Alexander Kirillov

Alexander Kirillov, Founder & CEO of NeuroExplorer, is a mathematician renowned for his work in representation theory, topological groups, and Lie groups. Taking an unconventional path into neuroscience, he applied his mathematical expertise to develop NeuroExplorer, a powerful tool for neural data analysis. This conversation will provide an inside look at NeuroExplorer’s development, capabilities, and impact on the field.

Featuring Jeremiah Morrow, PhD

His current work focuses on understanding how mesolimbic brain structures work together to support learning.

Featuring David J. Herzfeld

His current work uses multi-contact linear probes to record from the complete circuit in the flocculus of the cerebellum, with the goal of describing how this circuit contributes to smooth pursuit motor learning.

Disclaimer: Some podcast episodes were previously recorded, and the information shared reflects the knowledge and resources available at the time of recording. Some details may be outdated as technology and research in neuroscience continue to evolve. For the most current updates and information, please contact us at info@plexon.com.

Disclaimer: Some podcast episodes were previously recorded, and the information shared reflects the knowledge and resources available at the time of recording. Some details may be outdated as technology and research in neuroscience continue to evolve. For the most current updates and information, please visit our website or contact us directly