Results of the research
Global speech
This project aims to unveil the general auditory mechanisms involved in the early development of speech perception by using both behavioural and neurophysiological tools with infants.
Project team lead
Laurianne Cabrera
Individual and social learning without feedback, from infancy to childhood – LUCID
The LUCID project aims to investigate this remarkable ability, focusing on how children acquire knowledge in social and individual domains from infancy through school age.
Project team lead
Olivier Mascaro
ManyNumbers – an international project on learning to count and numbers
How do children eventually manage to confer numerical meaning to number words and to counting? In particular, does understanding number words build on the type of early numerical skills observed in infants? These are the questions that this international project seeks to answer.
Project team lead
Véronique Izard
Neural study of bilingual lexicon structure: impact of language distance, word type, and relatedness in the developing brain
Our aim is to investigate lexical-semantic organisation in bilingual infants, as a lens into the internal structure of bilingual lexicon. More specifically, we aim to investigate how lexical-semantic organisation – both thematic and taxonomic – in the bilingual brain is shaped by language distance and cognate status of words.
Project team lead
Pia Rämä
Early speech perception and processing of phonological information in lexical acquisition in French- and Akan-learning infants and toddlers
This cross-linguistic project explores how French and Akan-learning toddlers process phonological information (consonants, vowels, tones) when learning words in their native and non-native languages.
Project team lead
Paul Okyere Omane
Mental Space in Memory through Adversarial Collaboration: Exploring the Origins and the Developmental Course – SPACEODC
Human beings tend to spontaneously use space to think, represent externally (e.g. calendars) and even talk about a variety of non-spatial domains (e.g. time). This ability is functional from birth, how it is modulated throughout the first years of life, what are its behavioral signatures and underlying biases. Finally, we will examine whether, and how, this capacity has an impact on learning in different information domains, from birth to adulthood.
Project team lead
Maria Dolores (Lola) de Hevia
The origins and development of the mental timeline
The ability to represent abstract concepts sets humans apart from all other animals. For example, although we cannot see or touch time, we possess rich temporal representations. What enables this cognitive feat?
Project collaborator
Maria Dolores (Lola) de Hevia
How Domain-general Functions Contribute to the Development of Numerical Competencies – DFCDNC
The project aims at disentangling the differential contribution of domain-general (i.e. inhibition and attention) and domain-specific factors to the development numerical competencies such as mental arithmetic in infancy and childhood.
Project team lead
Maria Dolores (Lola) de Hevia
Geometries Return
Building on a previous ANR project (“Geometries”), this new project aims at characterizing the geometric content of form representations across a variety of formats (2D, 3D), presentation modalities (vision, touch), ages (infants, children, adults), and visual experience (sighted and blind participants).
Project team lead
Véronique Izard
Linking early phonolexical acquisition and later vocabulary development
In this project, we test the proposal that a crucial milestone in language acquisition is reached when infants discover which sounds (consonants versus vowels) are more important at the lexical level in their native language, leading to an acceleration of subsequent vocabulary development.
Project team lead
Thierry Nazzi
Tous les projets
Global speech
This project aims to unveil the general auditory mechanisms involved in the early development of speech perception by using both behavioural and neurophysiological tools with infants.
Project team lead
Laurianne Cabrera
Individual and social learning without feedback, from infancy to childhood – LUCID
The LUCID project aims to investigate this remarkable ability, focusing on how children acquire knowledge in social and individual domains from infancy through school age.
Project team lead
Olivier Mascaro
ManyNumbers – an international project on learning to count and numbers
How do children eventually manage to confer numerical meaning to number words and to counting? In particular, does understanding number words build on the type of early numerical skills observed in infants? These are the questions that this international project seeks to answer.
Project team lead
Véronique Izard
Neural study of bilingual lexicon structure: impact of language distance, word type, and relatedness in the developing brain
Our aim is to investigate lexical-semantic organisation in bilingual infants, as a lens into the internal structure of bilingual lexicon. More specifically, we aim to investigate how lexical-semantic organisation – both thematic and taxonomic – in the bilingual brain is shaped by language distance and cognate status of words.
Project team lead
Pia Rämä
Early speech perception and processing of phonological information in lexical acquisition in French- and Akan-learning infants and toddlers
This cross-linguistic project explores how French and Akan-learning toddlers process phonological information (consonants, vowels, tones) when learning words in their native and non-native languages.
Project team lead
Paul Okyere Omane
Mental Space in Memory through Adversarial Collaboration: Exploring the Origins and the Developmental Course – SPACEODC
Human beings tend to spontaneously use space to think, represent externally (e.g. calendars) and even talk about a variety of non-spatial domains (e.g. time). This ability is functional from birth, how it is modulated throughout the first years of life, what are its behavioral signatures and underlying biases. Finally, we will examine whether, and how, this capacity has an impact on learning in different information domains, from birth to adulthood.
Project team lead
Maria Dolores (Lola) de Hevia
The origins and development of the mental timeline
The ability to represent abstract concepts sets humans apart from all other animals. For example, although we cannot see or touch time, we possess rich temporal representations. What enables this cognitive feat?
Project collaborator
Maria Dolores (Lola) de Hevia
How Domain-general Functions Contribute to the Development of Numerical Competencies – DFCDNC
The project aims at disentangling the differential contribution of domain-general (i.e. inhibition and attention) and domain-specific factors to the development numerical competencies such as mental arithmetic in infancy and childhood.
Project team lead
Maria Dolores (Lola) de Hevia
Geometries Return
Building on a previous ANR project (“Geometries”), this new project aims at characterizing the geometric content of form representations across a variety of formats (2D, 3D), presentation modalities (vision, touch), ages (infants, children, adults), and visual experience (sighted and blind participants).
Project team lead
Véronique Izard
Linking early phonolexical acquisition and later vocabulary development
In this project, we test the proposal that a crucial milestone in language acquisition is reached when infants discover which sounds (consonants versus vowels) are more important at the lexical level in their native language, leading to an acceleration of subsequent vocabulary development.
Project team lead
Thierry Nazzi