A new study suggests that pigeons can fly in their dreams: Researchers studied sleeping pigeons and found brain activity in areas that process visual signals and information from the wings during REM sleep. Read more: https://t.co/wjy3sP5ro5
@ruhrunibochum@BehrooziMehdi
🎉The program of CogEvo 2023 is finally out!
🗣️Check it on our website to have a glimpse of our wonderful plenary talks: https://t.co/acOdTV9A7J
👉Abstract submission by June 10th
👉Registration by June 20th
@gVallortigara@Matildede_@ElenaLorenzi3@ElisaFrasnelli
Liebe*r @CaroWagner_in, @JBrandenburgFDP, ich habe Profs, Postdocs, PhDs selten so einig gesehen. Wenn ein Gesetzesentwurf einer gewählten Regierung der angeblich zu helfenden Zielgruppe derart einheitlich abgelehnt wird, muss das ein Signal an die Politik sein. #IchbinHanna
Spread the word: we're #hiring! Join our collaborative research center and investigate how vertebrate navigation and magnetoreception work in one of our 16 interdisciplinary scientific projects. More info: https://t.co/W9NeWqsFby #jobseekers#recruiting
c-fos is often used as a marker for recent electrophysiological activity in neurons (post-mortem). This paper actually links electrophysiological activity with c-fos expression in individual hippocampal place cells. Very cool! https://t.co/aQrUn7KIsu
Our paper is now out in @Nature!
https://t.co/a645FvCEOk
What started as a small side project ended up revealing new surprising capabilities of astrocytes - We chronically imaged hippocampal astrocytes and show that they encode reward location.
🚨🚨🚨🚨🚨🚨
W3-professorship and 5 (!) postdoc positions in Biological Psychology/Neuroscience at Ruhr University Bochum!
https://t.co/tOHuVF3URx
https://t.co/Ln4Ykdcidt
If you are a senior PhD graduate student, postdoc, or junior faculty in #neuroscience, consider adding your name to my DIY database of peer reviewers. Many academic journal editors draw from this list and you may be contacted:
https://t.co/C0ycalAubR
"Trigeminal ganglion and sensory nerves suggest tactile specialization of elephants" - Read more in this @CurrentBiology article: https://t.co/5qn5CHDW3A
Michael Brecht @HumboldtUni
The cluster of nerves innervating an elephant's trunk is larger in diameter than the animal's spinal cord, suggesting a high degree of tactile specialization. Read more in this @CurrentBiology article: https://t.co/5qn5CHDW3A
Michael Brecht @HumboldtUni
You are an #international postdoc & interested in doing research with state-of-the-art technology in #Germany? You have a good chance to receive a travel grant of 2000€ from us! Apply now & visit us on site: https://t.co/9U1YjnrwEq (Deadline: 11/30/2021).
Complementing our excellent #research infrastructure: new research building THINK (4,000m² with state-of-the-art technology, including 3T & 9.4T MRI, EEG) will make @ruhrunibochum a #unique place for #neurocognitive research in the world. 👉 https://t.co/tjnyMlByWo
(8) Future studies could try to disentangle the function of NCL and NIML in multi-component behavior with causal interventions such as optogenetics, which has recently been established in pigeons.
(7) This indicates that not only the avian NCL (comparable to mammalian PFC), but also other areas of the avian nidopallium are specialized for specific executive functions, as NIML shares functional characteristics with the human rIFG in this task.