Functional Neuroimaging of Memory Lab

@fnim-lab.bsky.social

We are the fNIM Lab led by Dr. Michael Rugg. Our research investigates the cognitive and neural bases of memory and how and why memory function differs with healthy aging or neurological disease. 🧠 fnim.utdallas.edu

Honoring Dr. Denise C. Park, the Aging, Neuropsychology, & Cognition journal invites manuscripts building on her work. Send your 200-word abstract and cover letter to Dr. Ian McDonough: imcdonough@binghamton.edu by Aug 31. Decisions on invitations for full submissions will be made by Sep 30.

Headshot of Dr. Denise C. Park

We are deeply saddened to share that Dr. Denise C. Park, founder of CVL, passed away on Sunday, Feb 1. A pioneering cognitive neuroscientist, mentor, & leader, Dr. Park shaped the study of memory, aging, & the brain. Read the full remembrance here: cvl.utdallas.edu/in-memory-of-dr-denise-c-park/

In Memory of Dr. Denise C. Park

In Memory of Dr. Denise C. Park Dr. Denise C. Park passed away on Sunday, February 1, 2026, at age 74. She was a beloved cognitive neuroscientist and colleague whose remarkable career spanned over 50…

cvl.utdallas.edu

Save the date! Join us Friday, February 27, 2026, from 8:30 a.m.–1:00 p.m. for the Neuroscience of Adolescent Social and Affective Development Symposium. This free, public event will be held at the Texas Instruments Biomedical Engineering & Science Building. Stay tuned for registration details!

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New paper alert! 🚨 We show that age-related neural dedifferentiation in scene-selective cortex is tied to changes in eye movements. Using simultaneous fMRI + eye-tracking, we found that younger adults’ fixations covary with scene specificity, but this link weakens with age. Link in post below 👇

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Strikingly, we also found that cortical volume fully mediated the commonly observed association between age and reinstatement in these regions, meaning differences in reinstatement were explained by cortical volume, independently of age. Check out the paper here: doi.org/10.1093/cerc... (2/2)

Effects of cortical thickness, volume, and memory performance on age differences in neural reinstatement of scene information

Abstract. The strength of neural reinstatement, a correlate of episodic memory retrieval, reportedly reflects the amount and fidelity of mnemonic content a

doi.org