The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathematical thinking emerges from the interplay between symbolic and visuospatial systems. Twelve participants were given algebra word problems and depicted the quantitative relations on a mental number line or made parts of an equation. The regions activated in depicting the picture were also recruited to make an equation.</p
In a functional magnetic resonance imaging study, we investigated how people solve mathematically eq...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...
Despite the importance of mathematics in our educational systems little is known about how abstract ...
The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathemati...
There are difficulties accessing students ’ thinking about mathematical concepts, although methods s...
AbstractIn this paper we present an experimental study where we investigated neural correlates of vi...
Using neuroimaging as a lens through which to understand numerical and mathematical cognition has pr...
fMRI was used to examine the differential effect of two problem-solving strategies. Par-ticipants we...
This fMRI study examines how students extend their mathematical competence. Students solved a set of...
Background: Many learning methods of mathematical reasoning encourage imitative procedures (algorith...
International audienceThe present pilot study investigates how bodily movement and mental motion int...
Numerical cognition has been shown to share many aspects of spatial cognition, both behavioural and ...
Every day people use visual mental imagery for creativity and solving problems. The research focused...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
Most people believe that mathematics is numbers, symbols, and notations. In this podcast, Brendefur ...
In a functional magnetic resonance imaging study, we investigated how people solve mathematically eq...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...
Despite the importance of mathematics in our educational systems little is known about how abstract ...
The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathemati...
There are difficulties accessing students ’ thinking about mathematical concepts, although methods s...
AbstractIn this paper we present an experimental study where we investigated neural correlates of vi...
Using neuroimaging as a lens through which to understand numerical and mathematical cognition has pr...
fMRI was used to examine the differential effect of two problem-solving strategies. Par-ticipants we...
This fMRI study examines how students extend their mathematical competence. Students solved a set of...
Background: Many learning methods of mathematical reasoning encourage imitative procedures (algorith...
International audienceThe present pilot study investigates how bodily movement and mental motion int...
Numerical cognition has been shown to share many aspects of spatial cognition, both behavioural and ...
Every day people use visual mental imagery for creativity and solving problems. The research focused...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
Most people believe that mathematics is numbers, symbols, and notations. In this podcast, Brendefur ...
In a functional magnetic resonance imaging study, we investigated how people solve mathematically eq...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...
Despite the importance of mathematics in our educational systems little is known about how abstract ...