|Location:||Janelia Research Campus of Howard Hughes Medical Institute, Ashburn, Virginia|
- Larry Abbott (Columbia University)
- Silas Alben (University of Michigan)
- Richard Axel
- Ring Carde (University of California)
- John Crimaldi (University of Colorado at Boulder)
- Marie Dacke (Lund University)
- Marc Gershow (New York University)
- Paul Graham (University of Sussex)
- Lucia Jacobs (Univ California, Berkeley)
- Vivek Jayaraman (Janelia Farm Research Campus, HHMI)
- James Jeanne (Harvard Medical School)
- Eva Kanso (University of Southern California)
- Mimi Koehl (University of California, Berkeley)
- Jacob Lockey (Case Western Reserve University)
- Gaby Maimon (The Rockefeller University)
- Katherine Nagel (NYU Medical School)
- Orit Peleg (Harvard University)
- Vanessa Ruta (The Rockefeller University)
- Jordanna Sprayberry (Muhlenberg College)
- Marie Suver (NYU Neuroscience Institute)
- Neil Vickers (University of Utah)
- Jane Wang (Cornell University)
- Barbara Webb (University of Edinburgh)
- Mark Willis (Case Western Reserve University)
A 3-day joint workshop of MSRI and Janelia Research Campus of the Howard Hughes Medical Institute
Navigation in flies, mosquitos and ants is an interesting scientific problem that has considerable societal importance because of their role as disease vectors. This meeting will address two important aspects of navigation: 1) how are locations and orientations in space computed, represented and used in the insect brain, and 2) how do interactions between an organism and its environment affect its ability to navigate.
Recent advances in our understanding of the internal representation of orientation in the fly brain and of mechanisms used by mosquitos to locate prey are the inspiration for choosing this topic. A comprehensive picture of the internal computations that insects use to localize and orient themselves in space is beginning to develop.
Mosquitoes find their prey by tracking the plumes of carbon dioxide and water vapor they create in the atmosphere. This plume is an extremely complicated, nearly fractal object. Accounting for its structure, using fluid mechanics, and understanding how a creature might use the complicated information available to its senses as it flies through the plume is one of the interesting mathematical problems that we aim to address at the meeting.
The goal of the workshop is to bring together mathematicians, physicists and neuroscientists working on these aspects of the navigation to share the latest developments in the field. The meeting is aimed at fostering work that will synthesize the different pieces into a significant picture of the whole.
Since the meeting will involve researchers from different fields, the meeting will begin with introductory overview talks from the different areas, and then proceed to a series of research talks presenting the most recent findings. Plenty of time will be kept for discussions and informal interaction. A final session may bring together the “next” problems that may guide the further development and interaction of the fields represented.
Housing and meals will be provided to those accepted to attend the workshop. Some travel funding may be available. To apply to attend, please fill out the registration form.
For more information about Janelia Research Campus, please click here.
To apply to attend you must register by the funding application deadline displayed above.If accepted, housing and meals will be provided without charge. Some travel funding may be available.
Dec 06, 2016
Dec 07, 2016
Dec 08, 2016
Dec 09, 2016