Chris Jernigan
@PlasticPercep
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Assistant Prof., Department of Biology, Wake Forest University | plasticity of perception | neurobiology of vision and face learning in paper wasps |
Ithaca, NY
Joined January 2021
I am recruiting PhD students to join my lab at Wake Forest University Fall 2026. Projects focus on the neuroethology and development of identity processing in paper wasps. Contact me if interested. Deadline to apply is Dec. 15th 2025. Please share! #PhDposition #PhD #wasplove
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For more information about the graduate programs at WFU pleas see this link:
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For more information about the graduate programs at WFU pleas see this link:
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I am recruiting PhD students to join my lab at Wake Forest University Fall 2026. Projects focus on the neuroethology and development of identity processing in paper wasps. Contact me if interested. Deadline to apply is Dec. 15th 2025. Please share! #PhDposition #PhD #wasplove
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Another amazing display by Emily Jernigan:
The beauty of butterflies (and moths) in our collection!
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Check out this amazing work on the genome of a strange Polistes wasp parasite led by @MariaCastanoGal and @AvispaTica 👇👇
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Strong course program - Advanced Neural Data Analysis & Neuroinformatics School 2024. Check out https://t.co/t0TBNQgYLI for more info. 📅 Apply by August 21, 2024 @BernsteinNeuro @crc1451 @PrutYifat @PlasticPercep
📢 iBehave's participates in ANDA-NI School Sonja Grün, @MichaelADenker @fz_juelich @nawrot_group @UniCologne @delgrosso_nick @UniBonn & distinguished speakers: Thomas Wachtler @LMU_Muenchen @HansScherberger @DPZ_eu @BrovelliAndrea @uniamu @YuLikeNeuro @CarnegieMellon @Udoernst
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if you are not attending you can still learn about them in this pre-print:
biorxiv.org
Individual recognition is critical for social behavior across species. Whether recognition is mediated by circuits specialized for social information processing has been a matter of debate. Here we...
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If you are attending #icn2024berlin this week come see my talk about a special group of neurons in the brain of Polistes fuscatus on Thursday at 10:30AM!
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Original article by Hart et al. https://t.co/yhRd2Qdr0z Short dispatch:
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This was a fun piece to write with @IDsignals about the clonal raider ants and their potential as a system to uncover the intriguing mechanisms of olfactory plasticity! Short dispatch highlighting the amazing work by @DanielKronauer, Taylor Hart, and colleagues! links below!
Check out this dispatch @PlasticPercep and I wrote about the development of olfactory processing in ants from work by @DanielKronauer and Taylor Hart Developmental biology: Wait a bit and then you’ll smell it
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We are hiring two post docs to work on the neural bases of visual cognition in bees under virtual reality conditions! Join our team @Sorbonne_Univ_ and work in the stimulating environment of @IBPS_Paris! See the offer here: https://t.co/WaKgRk3zeX Apply as soon as possible!
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#Postdoc #Job Alert! The Cook Lab is hiring! We are excited to hire a postdoctoral researcher to study the mechanisms of social behavior in a changing environment #academia #academictwitter
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New preprint from the lab led by @MatthewZipple examining the role of competition and contingency (ie, luck) in shaping the lives of rewilded lab mice 🐁 🍀 🎲 Takeaway-competition causes genetically identical individuals to go on self-reinforcing life trajectories … 1/n
We all have a sense that our lives are strongly shaped by contingent events outside of our control (‘luck’). But how do we test that hypothesis? In a new pre-print, we do so by replaying the tape of life of genetically identical mice living in the field. https://t.co/AXQFXeBVUY
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Lastly, I would like to again thank my co-authors and mentors @IDsignals & Winrich Freiwald as well as tons of feedback and support from too many colleagues to list over the years! 10/10
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This work is just the tip of the iceberg as we hope to crack this system open to study the developmental tuning of this circuit, the social brain, object processing in insects, and the evolution of this circuit from closely related species that lack facial recognition. 9/10
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We argue these wasp cells are part of an independently evolved (eyes & brain!) facial recognition circuit. This finding suggests that highly selective neurons tuned to axes of variation associated with identity features are necessary for visual recognition in the brain. 8/10
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This face space correlation is unique to front-facing wasp selective units found in the lateral protocerebrum. Suggesting that this is a feature unique to the cells we termed wasp cells. 7/10
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