Simona Monaco

Researcher @cimec_unitrento, Center for Mind/Brain Sciences, University of Trento

[Doug Crawford @J_D_Crawford]

Here's the final open-access link for our new paper, 'Action-specific feature processing in the human cortex': https://t.co/qYQgoy46mk

[Simona Monaco @MonacoSimona]

@CurroTommaso @cimec_unitrento Happy to have you on board Tommaso! Looking forward to working with you at some exciting projects! :)

[Eugenio Parise @eugenio_parise]

Interested in a 2 years post doc
@cimec_unitrento in the beautiful Rovereto in Italy?
Interested in the cognitive and neural basis of
ostensive-referential communication in infants and adults? Interested in EEG and fMRI? If yes, get in touch with me: [email protected]

[Simona Monaco @MonacoSimona]

Application deadline: July 10, 2023 at noon

[Simona Monaco @MonacoSimona]

The call is out! Join us at CIMeC @cimec_unitn in Italy for a 2-year post-doc position to study the neural mechanisms of action prediction using MEG.

[Simona Monaco @MonacoSimona]

Apply here: https://t.co/O7pqkt3AHC

[CIMeC UniTrento @cimec_unitrento]

CogEvo features a small number of top speakers with plenty of time for discussion – *no* concurrent talks and *no* rushing from room to room!
3 days left to send your abstract: June 10
https://t.co/OO7S42anqz
#CIMeCevents #CogEvo2023

Check out our lineup:

[CIMeC UniTrento @cimec_unitrento]

Join us for a "Made in CIMeC" panel, 10am during the UNITN #CareerFair exploring varied career paths CIMeC members have taken. Feat. @sarafabbri10 @albi_angela @V_iacovella Lara Princivalle & Nikolaas N. Oosterhof, hosted by @paolorotaphd and @MonacoSimona https://t.co/s9eNQiAuwk

[CIMeC UniTrento @cimec_unitrento]

Two weeks left!
📢Apply to join our Master's program in Cognitive Science
Deadline for EU citizens and non-EU with residence in Italy: May 31 at 12 noon (Italy time) https://t.co/IEW6k64Dld

[Ella Striem-Amit (@striemamit.bsky.social) @StriemAmit]

Please RT: My lab is recruiting a postdoc to work on individual differences of plasticity in blindness: how brain #plasticity manifests in different #blind individuals, and how that may account for their compensatory skills and use of assistive devices.
https://t.co/LEC4S2xw3M

[Simona Monaco @MonacoSimona]

Here is my group: https://t.co/0syGX6DLSn
Get in touch with me for more details about the position: [email protected]

[Simona Monaco @MonacoSimona]

I am hiring a post-doc! Come work with me at CIMeC @cimec_unitrento in Italy to figure out the neural mechanisms of predictions for action execution. I am looking for expertise in brain imaging, ideally MEG or EEG. Please RT!

[Simona Monaco @MonacoSimona]

The project has received funding from the European Union and the Italian Ministry of University and Research. The @cimec_unitrento is an interdisciplinary research and teaching center in the Cognitive Neuroscience field, located in Rovereto (TN) Italy.

[Simona Monaco @MonacoSimona]

In particular, occipital-temporal areas showed higher activation likelihood in Vision than No vision condition, but no difference between reach and grasp actions. Frontal-parietal areas were consistently involved in both reach and grasp actions regardless of visual availability.

[Simona Monaco @MonacoSimona]

Congratulations to @SartinSamantha_ for the publication of her Master's thesis work recently published in Current Research in Neurobiology! A collaboration between @cimec_unitrento and @UniPadova with #MariagraziaRanzini and @CScarpazza https://t.co/t3NbWsPN2k

[Simona Monaco @MonacoSimona]

The results of our meta-analysis (N = 53 fMRI and PET studies) provide a comprehensive view of the neural correlates of Action based on neuroimaging studies conducted over the past two decades

[CIMeC UniTrento @cimec_unitrento]

📢New work by #JenaVeljiIbrahim @J_D_Crawford @LuigiNfi2 @MonacoSimona in 🗞️European Journal of Neuroscience‼️
👉Action planning modulates the representation of object features in human fronto-parietal and occipital cortex

[Denise Henriques @Henrique5Denise]

Come work here! Postdoctoral Fellowship in Visuomotor Neuroscience in Toronto, working on an adaptive control model of cerebellar function with tDCS/TMS: https://t.co/NQQrPeIL8K