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Litian Chen

@ltchen.bsky.social

PhD candidate in Cognitive Psychology with @haslagter.bsky.social | Attention, Action, Learning, Memory

Litian Chen @ltchen.bsky.social · 23/02/2026

📢 New paper in Cognition @cognitionjournal.bsky.social with my co-authors: Freek van Ede @freekvanede.bsky.social, Chris Jungerius @cjungerius.bsky.social, and Heleen A. Slagter @haslagter.bsky.social. Grateful to have collaborated with you on this work: www.sciencedirect.com/science/arti... [1/5]

sciencedirect.com

Grounding distractor inhibition in action control: Implicit distractor-location learning is viewer dependent

Spatial selective attention is typically thought to act as a sensory filter: prioritizing the processing of relevant information at a particular locat…

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Reposted by Litian Chen

Juan Linde-Domingo @lindedomingo.bsky.social · 11/09/2025

Looking forward to #ICON2025! Apart from posters (updates coming), we’ll be at the “Sudden Learning Across Systems” symposium talking about factors behind solving visual disambiguation 👀, memory traces of one-shot perceptual learning and more. Excited to share and get inspired by your work! 🚀

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Reposted by Litian Chen

Ishan Singhal @singhal.bsky.social · 10/03/2025

Out now! Different aspects of visual awareness evolve over distinct timescales. Evidence from manipulations of the flicker rate in a continuos flash suppression (CFS) paradigms. A 🧵 1/n academic.oup.com/nc/article/2...

academic.oup.com

Deciphering temporal scales of visual awareness: insights from flicker frequency modulation in continuous flash suppression

Abstract. Evidence from temporal regularities in perception, temporal phenomenology, and neural dynamics indicate that our awareness evolves and devolves o

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Reposted by Litian Chen

Micah G. Allen @micahgallen.com · 10/03/2025

Can we enhance interoception by controlling the heart? Thrilled to share our new study, led by @ashleytyrer.bsky.social , where we use computational modeling to show that blockading peripheral noradrenaline uniquely alters awareness of heart rate & breathing! www.biorxiv.org/content/10.1... 🧵👇

A graphical abstract titled "Can Beta-Blockers Manipulate Interoception? A Placebo-Controlled Study." The image illustrates how bisoprolol and propranolol affect interoception. On the left, a green figure represents bisoprolol, showing a zoomed-in synapse where it selectively blocks β1 receptors. On the right, a purple figure represents propranolol, blocking both β1 and β2 receptors, affecting both brain and body. A psychophysics graph models interoceptive responses, showing response intensity over trials. Below, line plots compare placebo, propranolol, and bisoprolol effects on interoception—cardioception (threshold) and respiroception (slope)—indicating drug effects on bodily awareness.

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