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Ivry Laboratories

@ivrylab

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Ivry Laboratories is the premier research unit of the larger Cognition & Action Laboratory, a subsidiary of Ivry Heavy Industries, Ltd.

Berkeley, CA
Joined September 2013
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@ivrylab
Ivry Laboratories
11 months
RT @tsay_jonathan: Excited to share our lab’s posters at @SfNtweets! . Come check them out—covering how explicit strategies handle small mo….
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@ivrylab
Ivry Laboratories
1 year
New preprint!!!. @TianHWang shows that attention influences sensorimotor adaption by defining the context for learning. Check it out! 👇.
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biorxiv.org
Movement errors are used to continuously recalibrate the sensorimotor map, a process known as sensorimotor adaptation. Here we examined how attention influences this automatic and obligatory learning...
@TianHWang
Tianhe Wang
1 year
🚨 New Preprint Alert! 🚨Here we've revealed a novel mechanism of how attention shapes sensorimotor learning across 8 experiments. Key findings:.
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@ivrylab
Ivry Laboratories
1 year
New review paper now published in @eLife!. @tsay_jonathan and colleagues propose a new framework for strategy use in motor learning. Check it out! 👇.
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elifesciences.org
The 3R framework outlines three fundamental processes in motor learning and provides a novel perspective on understanding how we acquire, adapt, and retain complex motor skills.
@tsay_jonathan
Jonathan Sanching Tsay @tsay.bsky.social
1 year
Our paper on "Fundamental processes in sensorimotor learning: Reasoning, refinement, and retrieval" has been posted on @eLife. I am thankful for our team/reviewers/editors for their feedback in refining our 3R framework. Let us know what you think!.
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@ivrylab
Ivry Laboratories
1 year
RT @c_mmerick: Excited to present our new NIBS method, #kTMP, in London this September! . ⚡️ #kTMP combines the waveform flexibility of tES….
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@ivrylab
Ivry Laboratories
1 year
RT @TarazLee: New paper on the nature of post-error cognitive processing is out in Nature Communications!. "People are more error-prone aft….
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@ivrylab
Ivry Laboratories
1 year
Good luck @avraham_guy!!!.
@avraham_guy
Guy Avraham
1 year
I'm excited to share that I'm starting a new position as Principal Scientist at @MagneticTides!. 1/2.
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@ivrylab
Ivry Laboratories
1 year
RT @MagneticTides: Thrilled to welcome Dr. Avraham to the Magnetic Tides team!! . Previously Guy was a postdoctoral scholar at UC Berkeley….
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@ivrylab
Ivry Laboratories
1 year
Second preprint this week, and no less exciting!!!. Elizabeth Cisneros and colleagues provide a comprehensive examination of aging and motor learning. Check it out! 👇.
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biorxiv.org
Deterioration in motor control is a hallmark of aging, significantly contributing to a decline in quality of life. More controversial is the question of whether and how aging impacts sensorimotor...
@tsay_jonathan
Jonathan Sanching Tsay @tsay.bsky.social
1 year
Question: How does #aging impact #motor #learning? . Answer: Aging enhances implicit learning, but reduces explicit motor learning. New @biorxivpreprint: Amazing work led by Elizabeth Cisneros! . S. Karny, @ivrylab @BerkeleyPsych @cmupsych @cmuneurosci.
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@ivrylab
Ivry Laboratories
1 year
New preprint!!!. @yifeichen2023 and colleagues examined the role of symbolic feedback in motor adaptation. Check it out! 👇.
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biorxiv.org
Motor adaptation – the process of reducing motor errors through feedback and practice – is an essential feature of human competence, allowing us to move accurately in dynamic and novel environments....
@tsay_jonathan
Jonathan Sanching Tsay @tsay.bsky.social
1 year
In a series of experiments involving over 400 human participants, we found that motor adaptation was reduced by symbolic compared to sensory feedback. 🧵.@yifeichen2023 @sabrinabram @ivrylab.
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@ivrylab
Ivry Laboratories
1 year
RT @diedrichsenlab: How should we interpret fMRI signal changes in the cerebellum? Learn about our new approach of how to better understand….
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elifesciences.org
The human cerebellum shows fMRI activity for many tasks – however, the inputs from the neocortex are upregulated in a task-dependent manner when cerebellar computation is required.
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@ivrylab
Ivry Laboratories
1 year
New preprint!!!. @avraham_guy & @ivryrich address the question of why implicit motor adaptation shows attenuation upon relearning (anti-savings). Check it out! 👇.
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biorxiv.org
Savings refers to the gain in performance upon relearning a task. In sensorimotor adaptation, savings is tested by having participants adapt to perturbed feedback and, following a washout block...
@avraham_guy
Guy Avraham
1 year
In a new preprint, @ivryrich and I dive into the mechanism underlying attenuation upon relearning in sensorimotor adaptation. TLDR: Interference. But you should read - there is a surprising twist 🙂. Details 👇. 1/13.
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@ivrylab
Ivry Laboratories
1 year
New paper in @PLOSCompBiol!!!. Prevailing models of motor adaptation state that an increase in environmental (or perturbation) variability attenuates implicit learning. @TianHWang and colleagues provide multiple lines of evidence challenging this view. Check it out! 👇.
@TianHWang
Tianhe Wang
1 year
Thrilled to share our latest paper published in @PLOSCompBiol! Our work challenges prevailing theories in motor learning. Through various sensorimotor experiments, the implicit system is NOT modulated by error consistency.
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@ivrylab
Ivry Laboratories
1 year
New paper published in @JOCN_Journal!!!. @tsay_jonathan and colleagues examined how the relevance of the feedback in a motor task influences implicit changes in movements. Check it out!.
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direct.mit.edu
Abstract. Given that informative and relevant feedback in the real world is often intertwined with distracting and irrelevant feedback, we asked how the relevancy of visual feedback impacts implicit...
@tsay_jonathan
Jonathan Sanching Tsay @tsay.bsky.social
1 year
Question: Does the relevance of visual feedback influence how we subconsciously correct for errors in our movement?. Answer: Yes! . In our paper in @JOCN_Journal, we showed that *implicit* motor adaptation is modulated by the relevance of visual feedback.
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@ivrylab
Ivry Laboratories
1 year
New preprint!!!. @TianHWang and colleagues dive into movement biases. Check it out!.
@TianHWang
Tianhe Wang
1 year
Where does the motor bias originate? In this new preprint with @tsay_jonathan @rmhead @ivrylab, we show motor biases arise from the transformation of eye-centered visual information (where is the target) into hand-centric proprioceptive space during motor planning.
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@ivrylab
Ivry Laboratories
1 year
Triple the joy! Celebrating the acceptance of TWO papers by @TianHWang AND #InternationalWomensDay!
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@ivrylab
Ivry Laboratories
2 years
RT @MagneticTides: Magnetic Tides is thrilled to announce that we have been awarded a Fyssen Foundation grant ( to….
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@ivrylab
Ivry Laboratories
2 years
New paper in @CurrentBiology!!!. @TianHWang and colleagues identified the optimal timing of the feedback to drive motor adaptation, and it is not necessarily what you thought. Check it out!.
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cell.com
Delayed visual feedback is known to disrupt sensorimotor adaptation. Wang et al. show that temporally advancing feedback relative to movement position enhances adaptation. Thus, learning is maximized...
@TianHWang
Tianhe Wang
2 years
Check out our latest @CurrentBiology paper on how to optimize the feedback for motor learning! Providing participants with their hypothetical movement endpoint, before completing the action, boosts learning outcomes over traditional feedback.
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@ivrylab
Ivry Laboratories
2 years
RT @SfNJournals: Ever wonder how your brain does math? .Saban, @ppinheirochagas, Borra, & @ivrylab found the cerebellum & basal ganglia dis….
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@ivrylab
Ivry Laboratories
2 years
New paper in @NatureHumBehav!!!. @tsay_jonathan et al. collected over 2,000(!) sessions of data on a visuomotor rotation task and revealed new demographic constraints associated with processes underlying motor learning. Check it out! 👇.
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nature.com
Nature Human Behaviour - This Article makes the case for moving motor learning research outside the lab. Tsay and colleagues show that a large-scale citizen science approach can replicate...
@tsay_jonathan
Jonathan Sanching Tsay @tsay.bsky.social
2 years
Our paper "Large-scale citizen science reveals predictors of sensorimotor adaptation" is now published in @NatureHumBehav! . Here's a thread on our 5-year journey (2019 - 2024) and findings. 🧵 .
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