Abstract:Neural activity that is evoked naturalistically in children during educational television viewing can be used to predict math and verbal knowledge.
“…This 5-min fMRI scan is described in detail elsewhere (20). For present purposes, only two contrasts were used: language processing (sentence reading plus sentence listening relative to rest) and mental calculation (mental processing of simple subtraction problems, such as 7 − 2, presented visually or auditorily, and contrasted to the processing of nonnumerical visual or auditory sentences of equivalent duration and complexity).…”
Section: Methodsmentioning
confidence: 99%
“…Additionally, a bilateral inferior temporal region is activated by the sight of number symbols, such as Arabic numerals, but not by visually similar letters (18). Those regions lie outside of classical language areas, and several functional MRI (fMRI) studies have confirmed a double dissociation between the areas involved in number sense and language (19,20). Only a small part of our arithmetic knowledge, namely the rote memory for arithmetic facts, encoded in linguistic form (16,21).…”
The origins of human abilities for mathematics are debated: Some theories suggest that they are founded upon evolutionarily ancient brain circuits for number and space and others that they are grounded in language competence. To evaluate what brain systems underlie higher mathematics, we scanned professional mathematicians and mathematically naive subjects of equal academic standing as they evaluated the truth of advanced mathematical and nonmathematical statements. In professional mathematicians only, mathematical statements, whether in algebra, analysis, topology or geometry, activated a reproducible set of bilateral frontal, Intraparietal, and ventrolateral temporal regions. Crucially, these activations spared areas related to language and to general-knowledge semantics. Rather, mathematical judgments were related to an amplification of brain activity at sites that are activated by numbers and formulas in nonmathematicians, with a corresponding reduction in nearby face responses. The evidence suggests that high-level mathematical expertise and basic number sense share common roots in a nonlinguistic brain circuit.
“…This 5-min fMRI scan is described in detail elsewhere (20). For present purposes, only two contrasts were used: language processing (sentence reading plus sentence listening relative to rest) and mental calculation (mental processing of simple subtraction problems, such as 7 − 2, presented visually or auditorily, and contrasted to the processing of nonnumerical visual or auditory sentences of equivalent duration and complexity).…”
Section: Methodsmentioning
confidence: 99%
“…Additionally, a bilateral inferior temporal region is activated by the sight of number symbols, such as Arabic numerals, but not by visually similar letters (18). Those regions lie outside of classical language areas, and several functional MRI (fMRI) studies have confirmed a double dissociation between the areas involved in number sense and language (19,20). Only a small part of our arithmetic knowledge, namely the rote memory for arithmetic facts, encoded in linguistic form (16,21).…”
The origins of human abilities for mathematics are debated: Some theories suggest that they are founded upon evolutionarily ancient brain circuits for number and space and others that they are grounded in language competence. To evaluate what brain systems underlie higher mathematics, we scanned professional mathematicians and mathematically naive subjects of equal academic standing as they evaluated the truth of advanced mathematical and nonmathematical statements. In professional mathematicians only, mathematical statements, whether in algebra, analysis, topology or geometry, activated a reproducible set of bilateral frontal, Intraparietal, and ventrolateral temporal regions. Crucially, these activations spared areas related to language and to general-knowledge semantics. Rather, mathematical judgments were related to an amplification of brain activity at sites that are activated by numbers and formulas in nonmathematicians, with a corresponding reduction in nearby face responses. The evidence suggests that high-level mathematical expertise and basic number sense share common roots in a nonlinguistic brain circuit.
“…In other words, those children who exhibited a larger symbolic ratio effect on activity in the left IPS also displayed relatively stronger performance on the standardized tests of speeded arithmetic. In another set of recent studies (Cantlon & Li, 2013;Emerson & Cantlon, 2012), children viewed educational videos (Sesame Street) that had mathematical content, while their brain activity was recorded using fMRI. The degree of activity coupling (functional connectivity) between frontal and parietal brain regions during the viewing of these clips as well as how similar the brain activation of children was to that of a group of adults was found to be related to standardized measures of children's mathematics achievement.…”
• NOTICE: this is the author's version of a work that was accepted for publication in Trends in Neuroscience and Education. Changes resulting from the publishing process, such as peer review, editing, corrections, structural formatting, and other quality control mechanisms may not be
“…Already, studies have shown that analyzing brain activity during the full length of watching a movie allows for a more accurate prediction of academic performance (Valkanova et al 2014;Cantlon and Li 2013) as well as increased accuracy in detecting individual patterns of functional connectivity (Vanderwal et al 2017) compared to measuring brain activity during rest or an experimental task. Artificial intelligence, facial expression and eye tracking, portable head scans, virtual reality, and filming behavior are just examples of methods that will allow studying and analyzing participants in more naturalistic settings, minimizing confounding factors and enabling a richer signal.…”
Repeated and targeted training of working memory typically leads to improvements as observed using cognitive assessments of working memory and different methods of brain imaging. A more controversial topic is whether these improvements transfer to improvements in other cognitive functions and if behavior in everyday life is impacted. If such transfer is the overarching goal with cognitive training, then determining the relevant markers of this should be deemed essential. However, research publications within the cognitive training field seldom provide in-depth theoretical support of the outcomes and design choices selected, nor do they provide a discussion of the relevance of these on everyday life. In this opinion paper we discuss different approaches in assessing transfer effects, specifically on academic performance, and how these might explain discrepancies between different studies in their results and conclusions. We urge the research community to pursue using ecologically valid outcome measures that are suitable to capture training-related change in everyday life in order to advance our understanding of the promises and limitations of cognitive enhancement.
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