Just accepted in Cognitive Processing a new paper "Core features: measures and characterization for different languages" in collaboration with Marianna Bolognesi, Leticia Vivas and Jorge Vivas!
New paper accepted in Cognitive Processing in collaboration with Erin Buchanan and Simon De Deyne!
Paper accepted in QJEP (in collaboration with Beth Jefferies of the University of York)!
Our @dpvinson, @IliasTachtsidis, @PaolaPinti, @EttAmbros abstracts have just been accepted at @OHBM! I'm really exicited to present our #fNIRS and #fMRI studies on semantic representation of abstract and concrete words! See you soon all in Rome! #ResearchImpactEU
Brain processes concrete and abstract words differently: A mini-review on Journal of Neurophysiology. Read full press release: APS.org #ResearchImpactEU
Neuro Forum entitled "Semantic representation of abstract and concrete words: a mini-review of neural evidence" has been accepted for publication in Journal of Neurophysiology!
New age of acquisition norms for Italian words has been accepted in Frontiers in Psychology (doi: 10.3389/fpsyg.2019.00278)! Norms and raw data available at the following link https://osf.io/3trg2/ !
Pleased to share via @OSFramework our most recent #preprint (https://psyarxiv.com/br54j) in collaboration with Gabriella Vigliocco, David Vinson and Ettore Ambrosini! Norms and raw data are publicly available at https://osf.io/3trg2/!
Check this out! New preprint in collaboration with Beth Jefferies' lab is now online! https://psyarxiv.com/htv72
Our new preprint out at this link https://psyarxiv.com/ypvgw/ : How well do similarity measures predict priming in abstract and concrete concepts? #Prereg @EP_UCL #ResearchImpactEU
This work is in collaboration with Erin M. Buchanan of the Missouri State University.
Our paper just came out across Cognition and Emotion! 50 free downloads available here! https://www.tandfonline.com/eprint/jwjU4J2ewBw9wMaPkrFJ/full
Permanent link to the publisher version of the article: http://dx.doi.org/10.1080/02699931.2018.1483322
Here you can find a pre-print version.
I'm very pleased that our paper on the grammatical gender effect on word affective judgments has just been accepted for publication in Cognition and Emotion! This study is related to the project in Open Science Framework (osf.io/pqaxk).
This study is in collaboration with Eka Roivainen of the Oulu University Hospital (Finland) and Ettore Ambrosini of the University of Padua (Italy).
Our paper just came out across Biological Psychology: Can pupil response to false memories be modulated by featural similarity between concepts? https://doi.org/10.1016/j.biopsycho.2018.04.004
New paper accepted in Biological Psychology: Montefinese M, Vinson D, Ambrosini E (2018) Recognition memory and featural similarity between concepts: the pupil's point of view.
Preregistration completed of our semantic priming project! Proud to be a supporter of Open Science Framework!
Our preprint on pupil response to false memory modulated by feature similarity between concepts at https://osf.io/w9382/
Hi! If you are a native English speaker, join our online study of semantic decision at: https://research.sc/participant/login/dynamic/044911DA-D73C-409D-A7BF-18B55B0F23C3
If you are a native English speaker, take part in this online study on word pairs at this link: https://research.sc/participant/login/dynamic/9A3509E9-E398-4474-88C0-E09D54954036
Study in collaboration with Ettore Ambrosini (University of Padua, IT)
These results have been presented at scientific event at CIMeC (Rovereto, IT). You can download the related poster here.
Differences in pupil dilation are observed for studied compared to new items in recognition memory. According to cognitive load theory, this effect reflects the greater cognitive demands of retrieving contextual information from study phase. Pupil dilation can also occur when new items conceptually related to old ones are erroneously recognized as old, but the aspects of similarity that modulate false memory and related pupil responses remain unclear.
We investigated this issue by manipulating the degree of featural similarity between new (unstudied) (HFS: new items with High Featural Similarity; LFS: new items with Low Featural Similarity) and old (studied) concepts in an old/new recognition task.
We found:
Results suggest that pupil dilation reflects the strength of evidence on which recognition judgments are based and, importantly, greater locus coeruleus and prefrontal activity determined by the higher degree of retrieval monitoring involved in recognizing these items.
Figure 1. Descriptive results of the mixed-effects analyses. Unweighted mean values for the proportion of “old” responses, the RTs, and the peak pupil dilation as a function of Condition (Old, HFS, LFS) and Response (“old” and “new”, in red and blue, respectively). The inset in the left panel shows the d’ values for HFS and LFS conditions.
Figure 2. Results of the Principal Component Analysis. Time course of the factor loadings for the three components identified by the Principal Component Analysis.
Places are available for UCL students for upcoming exciting projects in this framework!
If you would like to join our group and work with us in these thrilling studies, please have a look at: MSc/MRes Projects
We extended our investigation to similarity measures derived from other further data sources , such as dimensional, familiarity, and imageability ratings and so forth. We found:
These results have been presented at Cognitive Science conference. You can download the related poster and abstract here.
We investigated possible similarity patterns derived from experiential, distributional, lexical and behavioural measures, by using Representational Similarity Analysis and Multidimensional Scaling and we found:
These results have been presented at Psycholinguistics in Flanders conference. You can download the related poster here.