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How do our brains anticipate the future? As neuroscientists from Max Planck Institute for Empirical Aesthetics, Ernst Strüngmann Institute and the Goethe University have found, it’s all about brain rhythms. Explore the research, which was published in @naturecomms: maxplanckneuroscience.org/how-the-brain-…

New research shows why misplaced neurons in the brain become overactive and cause periventricular heterotopia. Explore the data from LMU’s Biomedical Center and Max Planck Institute of Psychiatry. maxplanckneuroscience.org/misplaced-neur…

Does having more neural connections lead to better learning? Not according to researchers at MPI for Neurobiology of Behavior – caesar. Discover why sparse brain connectivity may be a feature, not a flaw: bit.ly/4kO1TMY

Environmental stressors before birth are shown to influence the risk of developing psychiatric or neurological disorders. Explore newresearch from Max Planck Institute of Psychiatry on how stress alters neuronal balance in the developing brain. maxplanckneuroscience.org/stress-alters-…

The creative process of AI large language models is similar to that of humans. Researchers at Max Planck Institute for Biological Cybernetics suggest pairing users and LLMs with similar creative processes to enhance creative collaboration: maxplanckneuroscience.org/almost-like-us…

Newly discovered nerve cells in the brains of mice, controlled by leptin, could lead to novel obesity treatments in humans. Explore the research from Max Planck Institute for Metabolism Research: maxplanckneuroscience.org/newly-identifi…

Researchers at Max Planck Florida Institute for Neuroscience have discovered how loss of ASD-associated PTEN gene in a specific population of neurons rewires circuits in the amygdala that lead to increased fear and anxiety: bit.ly/4nWSa9z

Research from the Max Planck Institute for Biological Intelligence in @natureneuro found a mechanism that helps maintain balance in developing brains: neurons created later in development mature faster. More at bit.ly/3TIghem

How do rats sense their world? Through their whiskers! Researchers at MPI for Neurobiology of Behavior – caesar found that whisker movement is controlled by surprisingly diverse brain areas, including sensory and motor regions working together. Explore the research: bit.ly/3TMNbuh

When lean mice smell food before eating, they feel full. But this doesn’t happen in obese mice. Why? A team at the Max Planck Institute for Metabolism Research looks to a newly found network of nerve cells for answers: bit.ly/4nX4XZI

The #MaxPlanckPostdocProgram offers a guaranteed contract of at least 3 years, targeted mentoring, and career workshops. The call for applications is open now! 🚀 Take advantage of this opportunity and browse the job vacancies. mpg.de/en/max-planck-…

Neuroscience Conference Alert!

New! Max Planck Institute of Psychiatry, Helmholtz Munich | @HelmholtzMunich & the University of Sydney found shared biological mechanisms across 3 psychiatric disorders, with noted exon level differences & disruptions in circadian rhythm, cortisol release & dopamine levels: bit.ly/4mjec4e

Today is a special day for us—it's #InternationalMusicDay! We investigate why and how people create art and how they perform, experience, and evaluate it, with a particular focus on #music. Learn more about our diverse #research 👉 ae.mpg.de/en

New research from @mpibrain suggests that ribosomes may be assembled near the synapses of neurons—not close to the nucleus. Advanced imaging techniques reveal that neuronal processes may enable on-demand production of functional ribosomes. Learn more: bit.ly/3VRVbuU

For the first time, Universität München, Max Planck Institute of Psychiatry & IMPRS-TP have identified a mechanism behind cognitive symptoms in schizophrenia. Read the study of early maturation in oligodendrocytes, which may become a future treatment target: bit.ly/48gHXzd

What drives hasty decision-making in schizophrenia vs. delayed in OCD? @mpicybernetics is analyzing differences in dopamine. This research could inform future mental health therapies: bit.ly/49juJSR

The most detailed molecular map of the hippocampus has arrived! @MPIbrain researchers combined RNA & protein data to map 27,000+ molecules at super-high resolution, revealing new learning & memory findings in mice: bit.ly/3WgAaui

A breakthrough for open science: ARC-COGITATE has released one of the largest public iEEG datasets. Explore this global resource, which includes work from @mpi_ae: bit.ly/49gRhne

Can the brain "speed up" the formation of long-term memory? Research from @mpicybernetics shows the cerebral cortex can store new memories quickly, bypassing the hippocampus's long encoding process. This discovery offers hope for Alzheimer's patients. bit.ly/4o8zLq7