I love to tinker, from robots to insects. During my PhD, I built a multimodal virtual reality combining vision, olfactions and wind. I used it to deconstruct the decision processes in insects during search.
Category: Couzin
Perspectives in machine learning for wildlife conservation
Tuia, D. … Costelloe, B. … Couzin, I,D. … et al. (2021) Perspectives in machine learning for wildlife conservation, Nature Communications, in press.
Biological Earth
Jetz. W. … Couzin, I.D. et al., (2021) Biological Earth observation with animal sensors. Trends in Ecology and Evolutionary Biology, in pess.
Geometry of decision-making
Sridhar, V.H., Li, L., Gorbonos, D., Nagy, M., Schell, B.R., Sorochkin, T., Gov, N.S. & Couzin, I.D. (2021) The geometry of decision-making in individuals and collectives, PNAS 118 (50), e2102157118.
August Paula
During my Bachelor’s degree at ETH Zurich and Uppsala University, I studied a wide range of biological topics, from neurobiology to molecular biology and marine biology. In my Master’s degree, I specialised in immunology and microbiology and investigated the evolution of the collective behaviour of bacteria in my thesis. Subsequently, I worked as a research assistant on projects about the evolution of cooperative predation in bacteria and about the eco-evolutionary dynamics of microbial communities.
Dan Gorbonos
Dan has a background in theoretical physics. He is interested to apply ideas from theoretical physics to study collective animal behaviour.
Sophia Karpenko
Sophia is interested in how information travels through collectives and how those are able to reach decisions together based on the nature of the information and its spread. Her background is in behavioral neuroscience, acquired while studying phototaxis in zebrafish larvae during her PhD in the Laboratoire Jean Perrin at Sorbonne Université (Paris). She now focuses on questions related to individual and collective navigation, as well as information transfer and decision-making within groups, using a virtual reality system for freely moving fish.
Brian Whyte
Brian is a PhD student from the University of California Berkeley, visiting the Couzin lab as a DAAD research fellow. He studies the aggressive behaviors of social trematodes (i.e., flatworms, blood flukes), specifically how trematode soldier morphs perceive their enemies, and decide to attack them. Using computer vision, he is testing if soldiers in combat might “recruit” other soldiers into collective defense of their colony. His other work involves colony recognition in ants at the Tsutusi lab in Berkeley,
Adwait Deshpande
I have diverse research interests in animal communication, cognition, collective behaviours, social evolution, and a strong inclination towards studying animals in natural settings.
During my PhD, I studied social learning and flexibility in the vocal communication of wild vervet monkeys in South Africa. My work involved both detailed natural observations and novel field experiments with the broader aim of gaining insights into potential precursors of human language.
Here in Konstanz,
Ahmed El Hady
Ahmed El Hady is a principal investigator and research scientist at the center for advanced study of collective behavior (Uni Konstanz). He is a neuroscientist who worked on a variety of problems from the biophysics of the action potential, the collective behavior of neuronal networks to the neural mechanisms underlying decision making in rats. His current research interests revolve around formal theories of social foraging across species and the implementation of large scale foraging experiments with rodents in the newly built imaging hangar at the University of Konstanz.