Tim Sandhu

@timsandhu.bsky.social

computational psychiatry post doc @ cambridge https://timothysandhu.github.io/

Amazing few days at Yale for #CPConf2026 #CPC2026! Honoured to have received a Travel Award and selected for a Poster Spotlight talk. ✨ Feeling very grateful for the opportunity and inspired by the innovative work being carried out by so many talented researchers in computational psychiatry. 😊

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🚨 Does social media use show established neurocognitive signatures of addiction? Concerns about social media addiction are widespread, yet whether platforms' design features actually engage the same neurocognitive pathways as established addictions has remained untested. doi.org/10.31234/osf...

We are recruiting! Postdoctoral research fellow at www.sdn-lab.org, studying the computational & neural basis of social decision-making. Birmingham is a fantastic & affordable place to live, with one of the youngest populations in Europe & over 600 parks. Please share! www.jobs.ac.uk/job/DQO275/p...

Postdoctoral Research Fellow in Social Decision Neuroscience at University of Birmingham

Explore an exciting academic career as a Postdoctoral Research Fellow in Social Decision Neuroscience. Don't miss out on other academic jobs. Click to apply and explore more opportunities.

jobs.ac.uk

🧵 New paper! Five years ago, we, @fuzefovsky.bsky.social, Dr Alal Eran, and I, introduced empathic disequilibrium, the mismatch between cognitive and emotional empathy. In our article published in @cp-trendscognsci.bsky.social, we discuss the theoretical and clinical implications of the concept.

Empathic disequilibrium: theoretical implications and clinical relevance

Empathy is central to social cognition, yet efforts to link it with neurodiverse and clinical conditions have yielded contradictory findings, often reinforcing a deficit-focused narrative that conflic...

cell.com

Congrats to Ella for her new paper! She asked a really interesting question about how the brain represents uncertainty during hidden state inference, and in a lovely crossover with theoretical work, she shows that in mice, acetylcholine dynamics play a crucial role. www.biorxiv.org/content/10.1...

Acetylcholine reflects uncertainty during hidden state inference

To act adaptively, animals must infer features of the environment that cannot be observed directly, such as which option is currently rewarding, or which context they are in. These internal estimates,...

biorxiv.org