Results of the research
Interactions between prosody and grammar from birth to adulthood
When do infants first show sensitivity to prosody and how do they use it to learn grammar?
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain
Lexical learning
Our project aims to determine which cognitive and developmental factors contribute to the activation of brain patterns during word learning and recognition in young children using the event-related potential technique.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Pia_work2-1-e1689949843913.jpg)
Project team lead
Pia Rämä
The Real of Magnitude Representations: Origins and Neural Basis (NUMPSA)
Magnitude corresponds to the ability to discriminate and represent magnitude information. Studies on newborns from a few hours old, and on pre-verbal babies in the first year of life, to establish the origins, neural bases and characteristics of the ability to represent magnitude information.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Lola.png)
Project team lead
Maria Dolores (Lola) de Hevia
Intuitive Foundations for Geometry: Euclidean geometry and beyond – Geometries
This project aims to characterize geometry on different axes through geometry based on spontaneous intuitions for angles, invariance phenomena, or even reasoning in geometries.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/veronique-e1689947501970.png)
Project team lead
Véronique Izard
Mechanisms of Early Language Acquisition : Brain and Behavior (MELA)
This project explores how young children are guided by their perceptual and learning abilities during their first steps towards language. Our main objective is to understand how early perception and learning abilities are articulated during the acquisition of the most fundamental properties of the mother tongue.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain
Scene perception and semantics
Our goal in the current project is to study the cognitive and neural mechanisms underlying the development of semantic scene knowledge and the detection of semantic incongruence in visual scenes.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Pia_work2-1-e1689949843913.jpg)
Project team lead
Pia Rämä
What makes newborn walking: role of visual and somesthesic stimulation
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2024/02/Marianne_mediumb-e1689947544659_square-150x150.png)
Project team lead
Marianne Barbu- Roth
Spatial components of numerical and ordinal information: origins and development
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Lola.png)
Project team lead
Maria Dolores (Lola) de Hevia
ERC Advanced Grant FEEL and GoalRobots
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/05/KevinO-150x150-1-e1689948163833.jpeg)
Project team lead
Kevin O'Regan
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Jacqueline-Fagard@1x_0-e1689948363144.png)
Project team lead
Jacqueline Fagard
The efficient neural coding of sounds
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain
Tous les projets
Interactions between prosody and grammar from birth to adulthood
When do infants first show sensitivity to prosody and how do they use it to learn grammar?
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain
Lexical learning
Our project aims to determine which cognitive and developmental factors contribute to the activation of brain patterns during word learning and recognition in young children using the event-related potential technique.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Pia_work2-1-e1689949843913.jpg)
Project team lead
Pia Rämä
The Real of Magnitude Representations: Origins and Neural Basis (NUMPSA)
Magnitude corresponds to the ability to discriminate and represent magnitude information. Studies on newborns from a few hours old, and on pre-verbal babies in the first year of life, to establish the origins, neural bases and characteristics of the ability to represent magnitude information.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Lola.png)
Project team lead
Maria Dolores (Lola) de Hevia
Intuitive Foundations for Geometry: Euclidean geometry and beyond – Geometries
This project aims to characterize geometry on different axes through geometry based on spontaneous intuitions for angles, invariance phenomena, or even reasoning in geometries.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/veronique-e1689947501970.png)
Project team lead
Véronique Izard
Mechanisms of Early Language Acquisition : Brain and Behavior (MELA)
This project explores how young children are guided by their perceptual and learning abilities during their first steps towards language. Our main objective is to understand how early perception and learning abilities are articulated during the acquisition of the most fundamental properties of the mother tongue.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain
Scene perception and semantics
Our goal in the current project is to study the cognitive and neural mechanisms underlying the development of semantic scene knowledge and the detection of semantic incongruence in visual scenes.
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Pia_work2-1-e1689949843913.jpg)
Project team lead
Pia Rämä
What makes newborn walking: role of visual and somesthesic stimulation
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2024/02/Marianne_mediumb-e1689947544659_square-150x150.png)
Project team lead
Marianne Barbu- Roth
Spatial components of numerical and ordinal information: origins and development
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Lola.png)
Project team lead
Maria Dolores (Lola) de Hevia
ERC Advanced Grant FEEL and GoalRobots
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/05/KevinO-150x150-1-e1689948163833.jpeg)
Project team lead
Kevin O'Regan
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/Jacqueline-Fagard@1x_0-e1689948363144.png)
Project team lead
Jacqueline Fagard
The efficient neural coding of sounds
![Project team lead](https://babylab.incc-paris.fr/wp-content/uploads/2023/07/gervain_judit-e1689952297943.jpeg)
Project team lead
Judith Gervain