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Li Zhaoping
@Li_Zhaoping
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Professor at Max Planck Inst. of Biol. Cybern, creator of V1 Saliency Hypothesis, author of "Understanding vision: theory, models, and data"
Tübingen, Germany
Joined March 2017
RT @MPICybernetics: Are you interested in #vision and #neuroscience? You want to learn from world-renowned researchers? Join the #SystemsVi…
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RT @SchmidhuberAI: DeepSeek [1] uses elements of the 2015 reinforcement learning prompt engineer [2] and its 2018 refinement [3] which coll…
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RT @SchmidhuberAI: To be clear, I'm very impressed by #DeepSeek's achievement of bringing life to the dreams of the past. Their open source…
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David Brainard is one of the invited lecturers at our Systems Vision Science Summer school and Symposium 2025, see
Newly elected #NASmember David Brainard is a Professor of Psychology at @Penn whose research focuses on human vision, particularly how the visual system estimates object properties from the information available in the light signal incident at the eyes. #psychology
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Gaute makes great podcasts!
Videos for my #TheoreticalNeurosciencePodcast can now be seen in my new YouTube channel. 9 of 23 episodes uploaded as of now, all 23 will be available from January 20. And #24 will be released on February 1st. Take a look at:
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We are back for Systems Vision Science Summer School and Symposium 2025, invited speakers/lecturers include Marco Bertamini, David Brainard, Peter Dayan, Andrea van Doorn, Roland Fleming, Pascal Fries, Wilson Geisler, Robbe Goris, Sheng He, Tadashi Isa, Tomas Knapen, Jan Koenderink, Keith May, Laurence Maloney, Marcello Rosa, Jonathan Victor, Li Zhaoping , please RT.
Apply for your participation in the Systems Vision Science Summer School and Symposium 2025: Application deadline is March 31, 2025. Experimental vision researchers, vision theorists, engineers and computer scientists should not miss this unique event!
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this amazing illusion in peripheral vision, peripheral vision is mainly for looking rather than seeing,
"Ninio's extinction illusion" There are twelve dots at crosses, but only a few dots are visible simultaneously. Ninio, J. & Stevens, K. A. (2000). Variations on the Hermann grid: an extnction illusion. Perception, 29, 1209-1217.
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"Beyond Nobel Prize ..." written by editors of "Biological Cybernetics", lists many computational neuroscience papers since 1980s, proud that "Li & Hopfield 1989" (I used to publish as "Li") is highlighted and that I am now in MPI Biological Cybernetics @MPICybernetics
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Falsifiable hypotheses should be preferred
The push towards hypothesis-driven research is one of the key mistakes in the neuroscience field. In exponentially sized hypothesis spaces it simply is not a useful way of making progress. The convert-new-tech-into-hypothesis-progress industrial complex is a problem.
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