Bilingual children have a better ‘working memory’ than monolingual children

York in Toronto, Canada, has revealed that bilingual children develop a better working memory –which holds, processes and updates information over short periods of time– than monolingual children. The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of this study –which was published in the last issue of the Journal of Experimental Child Psychology– was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

Executive Functions

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior. Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children. «Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory.

(a). A more simple task: children were shown a series of stimuli (frogs) that simultaneously appeared in different points of the screen. When the frogs disappeared, children had to remember the places where they had appeared. (b) The most complex task: stimuli were separetely displayed and children had to remember the place and order on which they had appeared, which is highly demanding in cognitive terms.

(Photo Credit: University of Granada)

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance. «The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo states.

Music Education

According to the researcher, the results of this study «contribute to the growing number of studies on the role of experience in cognitive development». Other studies have demonstrated that children performing activities such as music education have better cognitive capacities. «However, we cannot determine to what extent children perform these activities due to other factors such as talent or personal interest».

«However, the children in our study were bilingual because of family reasons rather than because of an interest in languages.

Source: University of Granada

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Bilingual children have a better ‘working memory’ than monolingual children

York in Toronto, Canada, has revealed that bilingual children develop a better working memory –which holds, processes and updates information over short periods of time– than monolingual children. The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of this study –which was published in the last issue of the Journal of Experimental Child Psychology– was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

Executive Functions

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior. Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children. «Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory.

(a). A more simple task: children were shown a series of stimuli (frogs) that simultaneously appeared in different points of the screen. When the frogs disappeared, children had to remember the places where they had appeared. (b) The most complex task: stimuli were separetely displayed and children had to remember the place and order on which they had appeared, which is highly demanding in cognitive terms.

(Photo Credit: University of Granada)

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance. «The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo states.

Music Education

According to the researcher, the results of this study «contribute to the growing number of studies on the role of experience in cognitive development». Other studies have demonstrated that children performing activities such as music education have better cognitive capacities. «However, we cannot determine to what extent children perform these activities due to other factors such as talent or personal interest».

«However, the children in our study were bilingual because of family reasons rather than because of an interest in languages.

Source: University of Granada

Descargar


Presentan un método que calcula el tráfico en una calle a partir del ruido ambiental

63166 Investigadores de la Universidad de Granada (UGR) y la Universidad Carlos III de Madrid han patentado un nuevo método que permite averiguar el caudal de tráfico rodado que soporta una calle midiendo únicamente los niveles de ruido ambiental.Este sistema, pionero en todo el mundo, representa una alternativa o un complemento a otros métodos que se emplean en la actualidad para medir el caudal de tráfico, como el conteo a través de imágenes o las espiras magnéticas, según informa en una nota la UGR.El método diseñado permite diferenciar entre los caudales de vehículos ligeros, vehículos pesados y motocicletas-ciclomotores que circulan por una vía, utilizando únicamente la medida del ruido ambiental de ésta.Es aplicable en vías donde el ruido ambiental es la fuente dominante –supera en 10 decibelios de media a otras fuentes de ruido– y los caudales de tráfico son medianos o intensos.Además, presenta la ventaja de obtener una mayor precisión que otros métodos de estimación, ya que se ha comprobado que consigue estimar el número total de vehículos presentes en la vía en intervalos de muy corta duración con un porcentaje de error límite inferior al 17 por ciento, disminuyendo este error para estimaciones de caudales realizadas a partir de registros sonoros con una duración temporal mayor.La metodología desarrollada por los investigadores permite obtener esta información procesando los datos experimentales a partir de un método bayesiano, que puede implementarse en un algoritmo computacional para conseguir sistematizar el proceso de predicción.Se trata, por lo tanto, de un método sencillo cuya aplicación es poco invasiva –el medidor puede colocarse en un kiosco de prensa, en una farola o en la fachada de una vivienda–, sin necesidad de ninguna obra ni prácticamente instalación, y que es posible utilizar en tiempo real y sin supervisión humana.Controlar el tráficoComo explica el autor principal de la investigación, Diego Pablo Ruiz Padillo, este método puede ser empleado para controlar el tipo de tráfico permitido en determinadas zonas urbanas (por ejemplo, restringiendo la circulación de vehículos pesados en algunas calles); obtener información adicional para la configuración urbana, como decidir el número de aparcamientos para motocicletas; regular los semáforos o estudiar el caudal de tráfico y su relación con el impacto sufrido por la población del área urbana estudiada.Ruiz aclara que la invención del grupo de la UGR, que ha sido patentada a través de la Oficina para la Transferencia de Resultados de Investigación (OTRI), es el sistema procesador, un software que, acoplado al sistema medidor de ruido o sonómetros, permite estimar los caudales de tráfico, ya que envía la información vía inalámbrica.Además del profesor Ruiz Padillo, en esta investigación han participado los doctores Laura Martín y Antonio Torija, de la UGR, y el profesor Joaquín Míguez, de la Universidad Carlos III.
Descargar


Presentado un método que permite saber el tráfico en una calle a partir del ruido ambiental

63166 nvestigadores de la Universidad de Granada (UGR) y la Universidad Carlos III de Madrid han patentado un nuevo método que permite averiguar el caudal de tráfico rodado que soporta una calle midiendo únicamente los niveles de ruido ambiental.

Este sistema, pionero en todo el mundo, representa una alternativa o un complemento a otros métodos que se emplean en la actualidad para medir el caudal de tráfico, como el conteo a través de imágenes o las espiras magnéticas, según informa en una nota la UGR.

El método diseñado permite diferenciar entre los caudales de vehículos ligeros, vehículos pesados y motocicletas-ciclomotores que circulan por una vía, utilizando únicamente la medida del ruido ambiental de ésta.

Es aplicable en vías donde el ruido ambiental es la fuente dominante –supera en 10 decibelios de media a otras fuentes de ruido– y los caudales de tráfico son medianos o intensos.

Además, presenta la ventaja de obtener una mayor precisión que otros métodos de estimación, ya que se ha comprobado que consigue estimar el número total de vehículos presentes en la vía en intervalos de muy corta duración con un porcentaje de error límite inferior al 17 por ciento, disminuyendo este error para estimaciones de caudales realizadas a partir de registros sonoros con una duración temporal mayor.

La metodología desarrollada por los investigadores permite obtener esta información procesando los datos experimentales a partir de un método bayesiano, que puede implementarse en un algoritmo computacional para conseguir sistematizar el proceso de predicción.

Se trata, por lo tanto, de un método sencillo cuya aplicación es poco invasiva –el medidor puede colocarse en un kiosco de prensa, en una farola o en la fachada de una vivienda–, sin necesidad de ninguna obra ni prácticamente instalación, y que es posible utilizar en tiempo real y sin supervisión humana. CONTROLAR EL TRAFICO

Como explica el autor principal de la investigación, Diego Pablo Ruiz Padillo, este método puede ser empleado para controlar el tipo de tráfico permitido en determinadas zonas urbanas (por ejemplo, restringiendo la circulación de vehículos pesados en algunas calles); obtener información adicional para la configuración urbana, como decidir el número de aparcamientos para motocicletas; regular los semáforos o estudiar el caudal de tráfico y su relación con el impacto sufrido por la población del área urbana estudiada.

Ruiz aclara que la invención del grupo de la UGR, que ha sido patentada a través de la Oficina para la Transferencia de Resultados de Investigación (OTRI), es el sistema procesador, un software que, acoplado al sistema medidor de ruido o sonómetros, permite estimar los caudales de tráfico, ya que envía la información vía inalámbrica.

Además del profesor Ruiz Padillo, en esta investigación han participado los doctores Laura Martín y Antonio Torija, de la UGR, y el profesor Joaquín Míguez, de la Universidad Carlos III.

Descargar


Presentado un método que permite saber el tráfico en una calle a partir del ruido ambiental

63166 nvestigadores de la Universidad de Granada (UGR) y la Universidad Carlos III de Madrid han patentado un nuevo método que permite averiguar el caudal de tráfico rodado que soporta una calle midiendo únicamente los niveles de ruido ambiental.

Este sistema, pionero en todo el mundo, representa una alternativa o un complemento a otros métodos que se emplean en la actualidad para medir el caudal de tráfico, como el conteo a través de imágenes o las espiras magnéticas, según informa en una nota la UGR.

El método diseñado permite diferenciar entre los caudales de vehículos ligeros, vehículos pesados y motocicletas-ciclomotores que circulan por una vía, utilizando únicamente la medida del ruido ambiental de ésta.

Es aplicable en vías donde el ruido ambiental es la fuente dominante –supera en 10 decibelios de media a otras fuentes de ruido– y los caudales de tráfico son medianos o intensos.

Además, presenta la ventaja de obtener una mayor precisión que otros métodos de estimación, ya que se ha comprobado que consigue estimar el número total de vehículos presentes en la vía en intervalos de muy corta duración con un porcentaje de error límite inferior al 17 por ciento, disminuyendo este error para estimaciones de caudales realizadas a partir de registros sonoros con una duración temporal mayor.

La metodología desarrollada por los investigadores permite obtener esta información procesando los datos experimentales a partir de un método bayesiano, que puede implementarse en un algoritmo computacional para conseguir sistematizar el proceso de predicción.

Se trata, por lo tanto, de un método sencillo cuya aplicación es poco invasiva –el medidor puede colocarse en un kiosco de prensa, en una farola o en la fachada de una vivienda–, sin necesidad de ninguna obra ni prácticamente instalación, y que es posible utilizar en tiempo real y sin supervisión humana. CONTROLAR EL TRAFICO

Como explica el autor principal de la investigación, Diego Pablo Ruiz Padillo, este método puede ser empleado para controlar el tipo de tráfico permitido en determinadas zonas urbanas (por ejemplo, restringiendo la circulación de vehículos pesados en algunas calles); obtener información adicional para la configuración urbana, como decidir el número de aparcamientos para motocicletas; regular los semáforos o estudiar el caudal de tráfico y su relación con el impacto sufrido por la población del área urbana estudiada.

Ruiz aclara que la invención del grupo de la UGR, que ha sido patentada a través de la Oficina para la Transferencia de Resultados de Investigación (OTRI), es el sistema procesador, un software que, acoplado al sistema medidor de ruido o sonómetros, permite estimar los caudales de tráfico, ya que envía la información vía inalámbrica.

Además del profesor Ruiz Padillo, en esta investigación han participado los doctores Laura Martín y Antonio Torija, de la UGR, y el profesor Joaquín Míguez, de la Universidad Carlos III.

Descargar


Presentan un método que calcula el tráfico en una calle a partir del ruido ambiental

63166 Investigadores de la Universidad de Granada (UGR) y la Universidad Carlos III de Madrid han patentado un nuevo método que permite averiguar el caudal de tráfico rodado que soporta una calle midiendo únicamente los niveles de ruido ambiental.Este sistema, pionero en todo el mundo, representa una alternativa o un complemento a otros métodos que se emplean en la actualidad para medir el caudal de tráfico, como el conteo a través de imágenes o las espiras magnéticas, según informa en una nota la UGR.El método diseñado permite diferenciar entre los caudales de vehículos ligeros, vehículos pesados y motocicletas-ciclomotores que circulan por una vía, utilizando únicamente la medida del ruido ambiental de ésta.Es aplicable en vías donde el ruido ambiental es la fuente dominante –supera en 10 decibelios de media a otras fuentes de ruido– y los caudales de tráfico son medianos o intensos.Además, presenta la ventaja de obtener una mayor precisión que otros métodos de estimación, ya que se ha comprobado que consigue estimar el número total de vehículos presentes en la vía en intervalos de muy corta duración con un porcentaje de error límite inferior al 17 por ciento, disminuyendo este error para estimaciones de caudales realizadas a partir de registros sonoros con una duración temporal mayor.La metodología desarrollada por los investigadores permite obtener esta información procesando los datos experimentales a partir de un método bayesiano, que puede implementarse en un algoritmo computacional para conseguir sistematizar el proceso de predicción.Se trata, por lo tanto, de un método sencillo cuya aplicación es poco invasiva –el medidor puede colocarse en un kiosco de prensa, en una farola o en la fachada de una vivienda–, sin necesidad de ninguna obra ni prácticamente instalación, y que es posible utilizar en tiempo real y sin supervisión humana.Controlar el tráficoComo explica el autor principal de la investigación, Diego Pablo Ruiz Padillo, este método puede ser empleado para controlar el tipo de tráfico permitido en determinadas zonas urbanas (por ejemplo, restringiendo la circulación de vehículos pesados en algunas calles); obtener información adicional para la configuración urbana, como decidir el número de aparcamientos para motocicletas; regular los semáforos o estudiar el caudal de tráfico y su relación con el impacto sufrido por la población del área urbana estudiada.Ruiz aclara que la invención del grupo de la UGR, que ha sido patentada a través de la Oficina para la Transferencia de Resultados de Investigación (OTRI), es el sistema procesador, un software que, acoplado al sistema medidor de ruido o sonómetros, permite estimar los caudales de tráfico, ya que envía la información vía inalámbrica.Además del profesor Ruiz Padillo, en esta investigación han participado los doctores Laura Martín y Antonio Torija, de la UGR, y el profesor Joaquín Míguez, de la Universidad Carlos III.
Descargar


Presentan un método que calcula el tráfico en una calle a partir del ruido ambiental

63166 Investigadores de la Universidad de Granada (UGR) y la Universidad Carlos III de Madrid han patentado un nuevo método que permite averiguar el caudal de tráfico rodado que soporta una calle midiendo únicamente los niveles de ruido ambiental.Este sistema, pionero en todo el mundo, representa una alternativa o un complemento a otros métodos que se emplean en la actualidad para medir el caudal de tráfico, como el conteo a través de imágenes o las espiras magnéticas, según informa en una nota la UGR.El método diseñado permite diferenciar entre los caudales de vehículos ligeros, vehículos pesados y motocicletas-ciclomotores que circulan por una vía, utilizando únicamente la medida del ruido ambiental de ésta.Es aplicable en vías donde el ruido ambiental es la fuente dominante –supera en 10 decibelios de media a otras fuentes de ruido– y los caudales de tráfico son medianos o intensos.Además, presenta la ventaja de obtener una mayor precisión que otros métodos de estimación, ya que se ha comprobado que consigue estimar el número total de vehículos presentes en la vía en intervalos de muy corta duración con un porcentaje de error límite inferior al 17 por ciento, disminuyendo este error para estimaciones de caudales realizadas a partir de registros sonoros con una duración temporal mayor.La metodología desarrollada por los investigadores permite obtener esta información procesando los datos experimentales a partir de un método bayesiano, que puede implementarse en un algoritmo computacional para conseguir sistematizar el proceso de predicción.Se trata, por lo tanto, de un método sencillo cuya aplicación es poco invasiva –el medidor puede colocarse en un kiosco de prensa, en una farola o en la fachada de una vivienda–, sin necesidad de ninguna obra ni prácticamente instalación, y que es posible utilizar en tiempo real y sin supervisión humana.Controlar el tráficoComo explica el autor principal de la investigación, Diego Pablo Ruiz Padillo, este método puede ser empleado para controlar el tipo de tráfico permitido en determinadas zonas urbanas (por ejemplo, restringiendo la circulación de vehículos pesados en algunas calles); obtener información adicional para la configuración urbana, como decidir el número de aparcamientos para motocicletas; regular los semáforos o estudiar el caudal de tráfico y su relación con el impacto sufrido por la población del área urbana estudiada.Ruiz aclara que la invención del grupo de la UGR, que ha sido patentada a través de la Oficina para la Transferencia de Resultados de Investigación (OTRI), es el sistema procesador, un software que, acoplado al sistema medidor de ruido o sonómetros, permite estimar los caudales de tráfico, ya que envía la información vía inalámbrica.Además del profesor Ruiz Padillo, en esta investigación han participado los doctores Laura Martín y Antonio Torija, de la UGR, y el profesor Joaquín Míguez, de la Universidad Carlos III.
Descargar


Bilingual Children Have A Better “Working Memory” Than Monolingual Children

-A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children have a better working memory, which holds, processes and updates transitory information.
-The research study has been published in the last issue of the Journal of Experimental Child Psychology.

A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children develop a better working memory –which holds, processes and updates information over short periods of time– than monolingual children. The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of this study –which was published in the last issue of the Journal of Experimental Child Psychology– was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

Executive Functions

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior. Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children. «Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory.

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance. «The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo states.

Music Education

According to the researcher, the results of this study «contribute to the growing number of studies on the role of experience in cognitive development». Other studies have demonstrated that children performing activities such as music education have better cognitive capacities. «However, we cannot determine to what extent children perform these activities due to other factors such as talent or personal interest».

«However, the children in our study were bilingual because of family reasons rather than because of an interest in languages.

Descargar


Bilingual Children Have A Better “Working Memory” Than Monolingual Children

-A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children have a better working memory, which holds, processes and updates transitory information.
-The research study has been published in the last issue of the Journal of Experimental Child Psychology.

A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children develop a better working memory –which holds, processes and updates information over short periods of time– than monolingual children. The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of this study –which was published in the last issue of the Journal of Experimental Child Psychology– was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

Executive Functions

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior. Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children. «Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory.

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance. «The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo states.

Music Education

According to the researcher, the results of this study «contribute to the growing number of studies on the role of experience in cognitive development». Other studies have demonstrated that children performing activities such as music education have better cognitive capacities. «However, we cannot determine to what extent children perform these activities due to other factors such as talent or personal interest».

«However, the children in our study were bilingual because of family reasons rather than because of an interest in languages.

Descargar


Bilingual Children Have A Better “Working Memory” Than Monolingual Children

-A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children have a better working memory, which holds, processes and updates transitory information.
-The research study has been published in the last issue of the Journal of Experimental Child Psychology.

A study conducted at the University of Granada and the University of York in Toronto, Canada, has revealed that bilingual children develop a better working memory –which holds, processes and updates information over short periods of time– than monolingual children. The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of this study –which was published in the last issue of the Journal of Experimental Child Psychology– was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

Executive Functions

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior. Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children. «Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory.

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance. «The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo states.

Music Education

According to the researcher, the results of this study «contribute to the growing number of studies on the role of experience in cognitive development». Other studies have demonstrated that children performing activities such as music education have better cognitive capacities. «However, we cannot determine to what extent children perform these activities due to other factors such as talent or personal interest».

«However, the children in our study were bilingual because of family reasons rather than because of an interest in languages.

Descargar


Bilingual kids have better ‘working memory’ than monolingual peers

Washington, February 21 (ANI): Bilingual children develop a better working memory -which holds, processes and updates information over short periods of time- than monolingual children, a new study has revealed.

The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of the study – conducted at the University of Granada and the University of York in Toronto, Canada – was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior.

Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children.

«Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory,» said Morales Castillo.

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance.

«The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo concluded.

The research study has been published in the last issue of the Journal of Experimental Child Psychology. (ANI)

Descargar


Bilingual kids have better ‘working memory’ than monolingual peers

Washington, February 21 (ANI): Bilingual children develop a better working memory -which holds, processes and updates information over short periods of time- than monolingual children, a new study has revealed.

The working memory plays a major role in the execution of a wide range of activities, such as mental calculation (since we have to remember numbers and operate with them) or reading comprehension (given that it requires associating the successive concepts in a text).

The objective of the study – conducted at the University of Granada and the University of York in Toronto, Canada – was examining how multilingualism influences the development of the «working memory» and investigating the association between the working memory and the cognitive superiority of bilingual people found in previous studies.

The working memory includes the structures and processes associated with the storage and processing of information over short periods of time. It is one of the components of the so-called «executive functions»: a set of mechanisms involved in the planning and self-regulation of human behavior.

Although the working memory is developed in the first years of life, it can be trained and improved with experience.

According to the principal investigator of this study, Julia Morales Castillo, of the Department of Experimental Psychology of the University of Granada, this study contributes to better understand cognitive development in bilingual and monolingual children.

«Other studies have demonstrated that bilingual children are better at planning and cognitive control (i.e. tasks involving ignoring irrelevant information or requiring a dominant response). But, to date, there was no evidence on the influence of bilingualism on the working memory,» said Morales Castillo.

The study sample included bilingual children between 5 and 7 years of age (a critical period in the development of the working memory). The researchers found that bilingual children performed better than monolingual children in working memory tasks. Indeed, the more complex the tasks the better their performance.

«The results of this study suggest that bilingualism does not only improve the working memory in an isolated way, but they affect the global development of executive functions, especially when they have to interact with each other», Morales Castillo concluded.

The research study has been published in the last issue of the Journal of Experimental Child Psychology. (ANI)

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