‼️JOB ALERT‼️- please retweet We are looking for 1 PhD candidate to join our team Universität München. If you are interested in #sleep and #memory, please do get in touch! Schreiner-lab.com 1/3

If you have a passion for sleep and memory research and are seeking a PhD position, consider applying to join our team (application deadline: July 1st). shorturl.at/CSpeE

Yale Psychology Department is hiring! Open-rank position for a colleague interested in developing and employing novel analytical techniques and methods in any subfield of psychology. apply.interfolio.com/149833

Our massive TMR-Replikation-Project is recruiting labs to collect data and analyse it. Be part of this unique opportunity! Plz RT and share far and wide!

My #AI4Neuro magnum opus: Discovery of spiking network model parameters constrained by neural recordings, using simulation-based inference & generative “AI”. (aka the answer to “how the f did you end up in Tübingen?”) Here's what we have in store: biorxiv.org/content/10.110…

Salman and I are lucky to get together this amazing speaker panel. Please stop by at #SFN24 if you are interested in human cognition using direct brain signal recording. :)

📜🎉 We have a new preprint: an overview & comparison of measures of 'aperiodic' neural activity! This project explores different ideas & many methods used to study non-oscillatory features of intra- & extra-cranial electrophysiological recordings! biorxiv.org/content/10.110…

Also at #SleepEurope24 #ESRS ? Come visit our symposium and learn about aperiodic neural activity in sleep! With Yevgenia Rosenblum, Philippe Peigneux, Michele Colombo and Csenge Horvath!

Back in 2022, Roxana Zeraati & I organized a Cosyne workshop on neural timescales, and after working on it for the last 2 years together, it's now a review paper! arxiv.org/abs/2409.02684 w/ Anna Levina & Jakob Macke (2nd blogpost to turn into a real review paper this year lol)

Aperiodic brain activity defines sleep states - find the tweetprint of our TINS spotlight here!

The Imaging Memory and Consolidation Lab is presenting new findings on rapid plasticity in the human brain 🧠⚡️ at #SfN24! Want to learn more on how we decode which movies people have watched from changes in brain microstructure? And how fast such changes occur? Come visit our posters on on Tuesday 8-12!

We have 4 talks and a poster this Society for Neuroscience (SfN) come see the incredible work by lab members !

Does sleep free cognitive resources for efficient next-day processing? Are processing capacities similar in human and rodent sleep? How does the sleeping brain balance efficiency and robustness? New paper led by Michael Hahn to answer these questions. sciencedirect.com/science/articl… (1/6)

We are delighted to share that our new paper published today in Neuron! We show that the persistent activity of single neurons during working memory (WM) maintenance predicts long-term memory (LTM) formation in the human hippocampus. 👇cell.com/neuron/fulltex…

📜🎉 I have a new preprint: a systematic review of clinical investigations of aperiodic activity! I reviewed 143 reports from across 35 disorders, to summarize current results, evaluate current practices, and make some recommendations for future work: medrxiv.org/content/10.110…

Finally an answer to some of your burning aperiodic questions: Why do some papers show opposing results when fitting the spectral slope? What is the best frequency range to fit in sleep? Is aperiodic brain activity characterized by more than one knee and slope?This and more here:

📜I just preprinted a little perspective piece / mini review on the history of the study of aperiodic neural activity - arguing there is more out there in literature than one might expect! A historical overview of the study of aperiodic neural activity: osf.io/preprints/psya…

Very excited about our new work published today focused on the role of hypoxemia during REM sleep on brain pathology, led by Destiny Berisha. Press release from Neurology: aan.com/PressRoom/home… Press release from UCI: news.uci.edu/2025/05/07/stu… doi:10.1212/WNL.0000000000213639