New work from the lab out in Cell today, by En Yang and colleagues:
A brainstem integrator for self-location memory and positional homeostasis in zebrafish
Have a look at our new publication on @NatureComms@twitter.com! In this work, we exploit the information provided by a #SPADarray to push the optical sectioning and resolution of #imagescanningmicroscopy to its limits.
https://doi.org/10.1038/s41467-022-35333-y
#BrightEyes_ERC
@IITalk@twitter.com @ERC_Research@twitter.com
(1/5)
Out today, my short piece in Nature Medicine about what scientists can do as authors to combat misinformation and disinformation about their own work.
I wonder what one might expect for vision if we delete the 90% or so of the retinal ganglion cells that project to the LGN, leaving only the other 10% to signal the brain?
Perhaps an impoverished form of vision that is unlike intact sensation? Over time, we might learn how to use the residual signals in helpful ways.
Perhaps this is an engineer’s view, without much philosophy. Is there a connection to philosophy in there?
Hi everyone!
I am a neuroscientist (postdoc) in Botond Roska’s lab at the IOB in the beautiful city of Basel. During my PhD in Sonja Hofer’s lab at the SWC in London I studied the role of the ventral lateral geniculate nucleus (vLGN) in visually evoked escape behaviour. In general, I am interested in how the brain processes sensory stimuli and how experiences and internal mental states influence sensory information processing.
Looking forward to meeting you all!
Hello Mastodon! #introduction 👋
I'm a cognitive neuroscientist 🧠🔬💻 at the psychology department in Leiden, The Netherlands 🇳🇱🌷
I research how we make decisions 🔀 and how our brains change as we age 👵 (both in 🐁 and 👩)
Beyond brains, I care & post about #feminism, #openscience and #climateaction 🌍
Happy to be here!
#introduction I am a professor at Penn and also co-director of the CIFAR Learning in Machines and Brains program. I like to think about neuroscience, AI, and science in general. Neuromatch. Recently, much of my thinking is about Rigor in science and I just started leading a large NIH funded initiative community for rigor (C4R) that aims at teaching scientific rigor.
My interests are broad: Causality, ANNs, Logic of Neuroscience, Neurotech, Data analysis, AI, community, science of science
🚨🚨🚨NEW PREPRINT🚨🚨🚨
A big mystery in brain research is what are the neural mechanisms that drive individual differences in higher order cognitive processes. Here we present a new theoretical and experimental framework, in collaboration with @SussilloDavid, Valerio Mante, Mikio Aoi, and Jonathan Pillow.
https://www.biorxiv.org/content/10.1101/2022.11.28.518207v1
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RT @AdamB0wman
Excited to share our preprint on kilohertz wide-field fluorescence lifetime imaging of neuron spiking in vivo! Amazing collaboration with @ChengHuangThu and Mark Schnitzer. Check out these movies - the scalebar is picoseconds! (1/7)
https://arxiv.org/abs/2211.11229
@katja_reinhard@mstdn.science @ERC_Research
Congratulations!
I am a researcher working at the interface of artificial intelligence and neuroscience. I wear two hats.
🎩 I work at Meta Reality Labs, thinking about neuromotor interfaces.
🤠 I am an adjunct professor at Stanford, where I think about neural dynamics and how they give rise to computation and behavior.
🙏 Deep apologies for doing this twice, but I moved servers. Shouldn't happen again.
Hello world, it's time to do an #introduction! I'm a neuroscientist (postdoc) currently based in Göttingen, Germany. I have broad interests in #neuroscience, including sensory coding, neural circuits, and sensorimotor transformations.
So far, I studied how the retina processes natural scenes using a combination of large-scale electrophysiology and computational modeling.
I'll be soon leaving the tidy entryway to the visual system to venture into understanding cortical processing during decision-making.
👋
I am a neuroscientist interested in the circuit dynamics of adaptive but reliable visually guided behavior.
In our group at the U Bonn, we study
- the stabilization of the neural code in visual perception, learning, and memory
- the pathway-specific processing of sensory and self-motion signals
We emphasize ethologically relevant behavior, longitudinal synapse- and circuit-level optophysiology, and miniaturized and bench-top two-photon microscopy.
www.troselab.de
🫡
An Incredible Day In Internet History
It started with the Twitter lockout. 10,000 new users per hour. A QUARTER MILLION people migrated to Mastodon in one day. The servers struggled. Remarkably, admins all over the world built up capacity in real time. New users were patient. The system held.
It's running better now. There will be more hard days ahead, but people powered social media has arrived.
Neuroscientist postdoc. Interested in ethologically-relevant neural coding, vision and decision-making. Currently based at the Department of Basic Neurosciences (UNIGE).