Main Menu (Mobile)- Block

Main Menu - Block

Navigational Algorithms and Neural Circuit Computations Directing Olfactory Search Across Species

janelia7_blocks-janelia7_secondary_menu | block
More in this Conferences
node_title | node_title

Navigational Algorithms and Neural Circuit Computations Directing Olfactory Search Across Species

addthis-addthis_block | block

Share this Event

custom_misc-custom_misc_format_date | block
March 8 - 11, 2020
node:field_application_link | entity_field
node:field_image | entity_field
node:field_content_summary | entity_field

Olfactory navigation is required for the survival of virtually all living creatures from unicellular organisms to mammals. This conference will focus on olfaction and spatial orientation as a unifying theme across organisms with different viewpoints: mechanistic, computational and evolutionary. We will examine how model organisms, with distinct sensory capabilities and constraints have evolved to solve this problem. From a comparative perspective, we will seek to extract fundamental principles related to the detection of (noisy) sensory stimuli and its conversion into goal-directed responses. We will also examine the modulatory effects of internal states and learning on sensorimotor control. We anticipate that control mechanisms directing orientation will be relevant to the study of sensory systems other than olfaction. Such mechanisms should also represent a source of inspiration to engineer new technologies.

The conference will tackle three challenges. The first pertains to neural mechanisms that underlie specific sensorimotor functions (filtering of noise, decision-making, etc.). Moving down from sensors to control circuits, we will discuss our understanding of the emergence of action selection from the activity of neural circuits. The second challenge will be more technical. Recently significant technological progresses have been made by mapping neural circuits in connectivity diagrams, by monitoring and perturbing neuronal activity in behaving animals. We will evaluate how these methods can be combined with mathematical modeling to test and to refine mechanistic hypothesis about elementary sensorimotor functions carried out by neural-circuit motifs. Finally, we will leverage a comparative analysis across model organisms to extract computational principles common to the biological implementations of adaptive navigational algorithms.

Application deadline: November 21, (11:59 p.m. EST)

node_body | node_body

Organizers

Matthieu Louis, University of California, Santa Barbara
Katherine Nagel, New York University
Matt Smear, University of Oregon
Glenn Turner, Janelia Research Campus/HHMI  

Invited Participants

Jelle Atema, Boston University 
Howard Berg, Harvard University 
Vikas Bhandawat, Duke University 
Thierry Emonet, Yale University
Adrienne Fairhall, University of Washington
Anna Gagliardo, University of Pisa
David Gire, University of Washington 
Jay Gottfried, University of Pennsylvania
Ilona Grunwald Kadow, Max Planck Institute of Neurobiology & Technical University of Munich
Michael Hendricks, McGill University 
Pablo Iglesias, Johns Hopkins University  
Gregory Jefferis, MRC Laboratory of Molecular Biology
Shawn Lockery, University of Oregon
Lindy McBride, Princeton University 
Venkatesh Murthy, Harvard University
Gabrielle Nevitt, University of California, Davis 
Orit Peleg, University of Colorado Boulder 
Lucia Prieto-Godino, The Francis Crick Institute 
Jeff Riffell, University of Washington 
Lisa Roux, Interdisciplinary Institute for Neuroscience
Aravinthan Samuel, Harvard University 
Agnese Seminara, Institut de Physique de Nice 
Tom Shimizu, AMOLF                 
Noam Sobel, Weizmann Institute of Science
Lisa Stowers, Scripps Research Institute 
Nathan Urban, University of Pittsburgh
Floris van Breugel, University of Nevada, Reno
Jonathan Victor, Cornell University 
Barbara Webb, University of Edinburgh 
Mark Willis, Case Western Reserve University