DRCMR
@DRCMR_MRI
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The Danish Research Centre for Magnetic Resonance is dedicated to studying the brain in health and disease.
Denmark
Joined January 2011
New blog post from DRCMR's @hulme_oliver on a fundamental error at the heart of most decision theories. Work with London Math Lab's @ole_b_peters. Here is a thread explaining the post:
1/.How can I put this?."Expected utility maximizers don't maximize utility.". Why? Because utility is not usually an ergodic quantity in the mathematical models used by economists, and maximizing its expected value doesn't mean much in the real world.
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We are happy to have Assoc. Prof. Lilla Zollei from Harvard Medical School school visiting us on April 28 where she will give a REFRESH talk. You are welcome to join the talk! The REFRESH seminar series is supported by @Lundbeckfonden.
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You’ll move through five progressive days, comprised of lectures, interactive notebooks, group work, & expert support throughout. Day 1: Introduction to modelling.Day 2: Simple models.Day 3: Intermediate models.Day 4: Neural & psychiatric applications.Day 5: Student presentation.
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Not a PhD student? Or do you prefer not to take for credit? You are welcome to email the course director Ollie Hulme and request to audit the course informally. oliverh@drcmr.dk.
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If you are a PhD student: You can take it for formal credit. You can enrol here before 28th April 2025
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Who is it for? Anyone curious about cognition, brain function, or behavior. Whether you're in psychology, neuroscience, neuroimaging, behavioral science, computational modeling, or data science—this course is for you. Programming experience helps, but it's not required.
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You’ll come away knowing how to build cognitive models, how to test hypotheses about cognitive processes, and how to apply these models to behavioral and neural data analysis.
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What’s it about? It’s about building & testing probabilistic models of cognition that can be used to explain both behavioral & neural data. We'll dive into the principles of practices of cognitive modelling using a mixture of lectures, hands-on, intuitive, and interactive methods.
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Interested in how to model minds, brains, and behaviors? Join our course this May!.
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This means that we now have six members from DRCMR who will do their bit to connect and develop Danish neuroscience across labs and disciplines.
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DRCMR is proud to have two new members in the Lundbeck Foundation Investigator Network (LFIN), Naiara Demnitz and Oula Puonti.
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5/ 🚀 Understanding these network-level changes is key to developing new, stimulation-based therapies to better manage LID. /end.
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4/ 🔍 The findings suggest that LID causes complex changes in motor execution and control networks. Still, most sample sizes were small, and the studies lacked replication.
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3/ ⚡ TMS studies found increased cortical excitability and blunted plasticity in LID patients. Repetitive "inhibitory" TMS to prefrontal motor areas and cerebellum showed transient anti-dyskinetic effects.
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2/ 🧑🔬 Patients with LID have increased motor-related activation and functional connectivity in motor and premotor areas and the putamen after levodopa intake. However, there is decreased activation in the right inferior frontal cortex compared to patients without LID.
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