Nathan Anderson

@rementurus

Assistant Professor of Psychology and Neuroscience at @BYU. fMRI, memory, and mental imagery.

Provo, UT Joined September 2017

139 Following 100 Followers 54 Posts

Latest posts 5

Our paper is out! This has been years in the making.

We found that mental imagery and perception do share a neural substrate, but we see it in in higher-order transmodal networks rather than earlier sensory systems. Check it out!

doi.org/10.1016/j.neur…

Nathan Anderson @rementurus Mar 4, 2025

This fall, I'll be starting as an assistant professor at Brigham Young University @BYU in Psychology @BYU_Psychology. My lab will study memory and mental imagery and the brain networks that support them. I'm excited to engage with BYU students and collaborate with new colleagues!

Nathan Anderson @rementurus Feb 28, 2025

New preprint!

My major project from my postdoc is finally out. Check out our study using precision fMRI to explore mental imagery and self-generated mental states, and the brain systems that support these processes!

biorxiv.org/content/10.110…

www.biorxiv.org Distinct distributed brain networks dissociate self-generated mental states Human cognition relies on two modes: a perceptually-coupled mode where mental states are driven by sensory input and a perceptually-decoupled mode featuring self-generated mental content. Past work...

Nathan Anderson @rementurus Dec 23, 2024

Excited to share my most recent work with @SalvoJoe and @RodBraga on the transmodal language network, defined using functional connectivity and multiple different tasks. Take a look!

Rodrigo Braga @RodBraga Dec 22, 2024

🔈 New preprint! 🔈

Intrinsic functional connectivity delineates transmodal language functions

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Nathan Anderson @rementurus Oct 5, 2024

And by Wednesday, I of course mean Monday. Thanks @aniaholubecki for the catch!

Nathan Anderson @rementurus Oct 5, 2024

For those in Chicago for @SfNtweets, welcome! Come check out our poster (Wed 1-5pm; I'm there at 4!). We recorded iEEG during a mental imagery task, with rsfc-MRI networks in the same patients. Come learn about changes in temporal dynamics across different functional networks!

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