Andreas Schaefer
@andreas-t-schaefer.bsky.social
Neuroscientist @crick.ac.uk asking how information is processed in the brain.
Odours. Circuits. Neurotechnology. Synchrotrons. BCIs.
Co-founder Paradromics
Twitter: @AndreasTSchafer
Odours. Circuits. Neurotechnology. Synchrotrons. BCIs.
Co-founder Paradromics
Twitter: @AndreasTSchafer
James DiFrisco
www.crick.ac.uk
October 9, 2025 at 3:58 PM
To emphasize: It doesn't matter what aspect of life science you are interested in - we have ancient genomics, computational neuroscience, philosophy of science, cancer biology... anything fits!
October 9, 2025 at 3:01 PM
To emphasize: It doesn't matter what aspect of life science you are interested in - we have ancient genomics, computational neuroscience, philosophy of science, cancer biology... anything fits!
@uclnpp.bsky.social @crick.ac.uk @uclqsion.bsky.social @hugolayardhorsfall.bsky.social, Mihaly Kollo, Will Muirhead @hanimarcus.bsky.social Tom Mrsic Flogel @sainsburywellcome.bsky.social
October 1, 2025 at 10:09 AM
@uclnpp.bsky.social @crick.ac.uk @uclqsion.bsky.social @hugolayardhorsfall.bsky.social, Mihaly Kollo, Will Muirhead @hanimarcus.bsky.social Tom Mrsic Flogel @sainsburywellcome.bsky.social
Reposted by Andreas Schaefer
We watched mice follow scent trails drawn on an “endless” treadmill. By manipulating trail geometry/statistics, perturbing mouse nose & brain, and modeling behavior with a Bayesian framework, we show that mice use predictive (rather than reactive) strategies.
September 1, 2025 at 7:07 PM
We watched mice follow scent trails drawn on an “endless” treadmill. By manipulating trail geometry/statistics, perturbing mouse nose & brain, and modeling behavior with a Bayesian framework, we show that mice use predictive (rather than reactive) strategies.