The plasticity of the brain and learning

PALM TO PALM

A seemingly simple exercise in pairs. Sitting opposite each other within arm’s reach, pressing palm to palm. Maggie’s only instruction. We wait …

A listening … tremulous vibrations in Jonathan’s fingertips … tiny shifts back and forth.

Maggie talked about the language of constraints

THE BRAIN

We develop habitual paths for action/cognition in our brain. Yet alternative paths are possible, lying dormant. The habitual path is the path of least resistance. To develop new paths or ways of being, we may need to block the habitual paths. Closing off one of the senses, like being blindfolded, assists this process.

attention assists learning

newborn infants have a high and constant supply of nucleus basalis. It is thought to facilitate learning – I need to read up on this, as I didn’t catch all of Maggie’s explanation.

The function of nucleus basalis in the brain

The function of nucleus basalis in the brain

Maggie asked us to draw our brain. Then draw the functions of our own brain that were strongly or weakly developed.

My idea of my brain as a distributed entity, with dark swamps of creative ferment

My idea of my brain as a distributed entity, with dark swamps of creative ferment

About Lian Loke

Lian Loke (NSW) is a researcher at the UTS Interaction Design and Work Practice group (IDWoP), where she has been researching vocabularies for designing with movement and gestural interaction, inspired by approaches such as Laban notation, Body Weather and Ashtanga Yoga. Lian’s research practice involves a close study of experience-in-interaction as a tool for designing and evaluating interactions between people and machines, as exemplified by her work on Ross Gibson and Kate Richards’ ‘Bystander’ project.

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