8.1 AoA, Proficiency and Control Interact

Loading...

En provenance du cours de University of Houston System

The Bilingual Brain

146 notes

University of Houston System

The Bilingual Brain

146 notes

This course explores the brain bases of bilingualism by discussing literature relevant to differences in age of initial learning, proficiency, and control in the nonverbal, single language and dual-language literature. Participants will learn about the latest research related to how humans learn one or two languages and other cognitive skills.

À partir de la leçon

Week 8

Office Hours 824:42

8 The Final Frontier2:56

8.1 AoA, Proficiency and Control Interact3:08

8.2 The Nonlinear Dynamics of Bilingualism8:14

8.3 From Cognitive Principles to Brain Principles5:16

8.4 Metaphors of the Mind6:45

8.5 The Bilingual Brain5:49

Rencontrer les enseignants

Arturo E. Hernandez
Professor
Psychology

[SOUND] For the most part,

in this course I've kept the discussion of each of these factors,

age of acquisition, proficiency, and control, separately.

Considering how we can think of each of these constructs in a different way.

But the truth is more complex than that.

These three factors interact.

We can think about, for example, how age of acquisition and proficiency interact.

That is, someone who learns a language earlier in life, in general,

ends up with better proficiency over time if they continue using that language.

We can also consider how proficiency and control interact.

When someone speaks a language less proficiently it requires more control.

The idea again is that the more proficient language will be the preponderant one,

the one that's more automatically activated.

And so, the second language or

the less proficient language, will require more effort.

Finally, we can think about how all three of these factors interact.

So we can consider the difference between learning a language early in life, for

example, in monolinguals and

the speech perception studies that we discussed earlier in the course.

In monolinguals what happens is that those speech categories,

the difference between ba and pa, the buh and the puh is acquired quite early.

By the time a monolingual is five years of age,

the superior temporal gyrus can process this information quite easily,

and so speech recognition becomes quite automatic.

In an early sequential bilingual who acquires a second language around school

age, what we see is initially the use of these same areas for the second language.

But a transition which involves control, because now control areas are active for

speech perception, but at the same time, involves better proficiency.

So proficiency, control, and age of acquisition interact and

work as a tandem to help develop these abilities.

So we can ask, what kinds of models might we use to describe the bilingual brain?

There are two approaches that I'll describe.

One is a computational approach, the idea that we can create a computational model,

a computer model that might help us to explain bilingualism.

And the second is a biological approach,

that we can understand how biological systems operate,

how the brain operates to understand how bilingualists process language.

Explorer notre catalogue

Rejoignez-nous gratuitement et obtenez des recommendations, des mises à jour et des offres personnalisées.

Coursera propose un accès universel à la meilleure formation au monde, en partenariat avec des universités et des organisations du plus haut niveau, pour proposer des cours en ligne.

© 2018 Coursera Inc. Tous droits réservés.

Télécharger dans l'App Store

Disponible sur Google Play