My
lab uses interdisciplinary approaches including theory and experiments
to understand how computation is embodied in biological
matter. Complex behavior in single and multicellular systems are common -
and existed long before evolution of a neuron. Examples include
cognition in single cell protists and morphological computing in animals
with no neurons. What could be the origins of
complex behavior in this broad range of systems? Using examples from
non-model organisms - I will share how cytoskeletal geometry encodes
search behavior in single cells and how a new class of active matter,
"ciliary flocking", enables local and global search
in animals with no neurons or muscles.
Further information:
Manu
Prakash is associate professor of bioengineering at Stanford, senior
fellow at the Woods Institute for the environment, and associate
professor by courtesy of oceans and of biology: https://profiles.stanford.edu/manu-prakash.
Please share and spread the word, the more the merrier!
If you've any other question or request, post in the group or contact us at
leo [dot] zeitler [at] pasteur [dot] fr
gautham [dot] ganesh [at] cbs [dot] cnrs [dot] fr