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How do we turn sensation into perception and action?

Perception, attention and action

Topic guide · Perception, attention and action / Methods, evidence and reproducibility

How does attention shape what we notice?

Move from selection and perceptual tasks to competing accounts of attention, measurement and the separate question of awareness.

Topic guide · Language and communication / Perception, attention and action

What does bilingual language control involve?

Examine how a language-use task is controlled while keeping acquisition history and claims of general cognitive benefit distinct.

Lectures and explanations

Selections below prioritise source-checked annotations. Inclusion does not assess scientific correctness.

  1. MIT OpenCourseWare · Source-checked annotation

    9: Lateral Geniculate Nucleus (LGN) / Primary Visual Cortex (V1)

    MIT OpenCourseWare Speaker not established intermediate Duration unknown

    Connects retinal and cortical receptive fields with visual population codes. The inspected opening compares centre–surround and orientation-selective responses, then uses the tilt aftereffect to motivate a population-response hypothesis.

  2. MIT OpenCourseWare · Source-checked annotation

    Lecture 15: Hearing and Speech

    MIT OpenCourseWare Nancy Kanwisher intermediate 1 hr 19 min

    Introduces questions about the functional organisation of human hearing, including speech and music.

  3. MIT OpenCourseWare · Source-checked annotation

    Lecture 24: Attention and Awareness

    MIT OpenCourseWare Nancy Kanwisher intermediate 57 min

    Examines how perceptual processing differs when information is consciously experienced and when it is not.

  4. Open Yale Courses · Source-checked annotation

    Lecture 7 - Conscious of the Present; Conscious of the Past: Language (cont.); Vision and Memory

    Open Yale Courses Speaker not established foundation Duration unknown

    Paul Bloom moves from animal communication and language–thought questions into perception, attention and different kinds of memory.

  5. MIT OpenCourseWare · Source-checked annotation

    9. Receptive Fields

    MIT OpenCourseWare Michale Fee advanced 1 hr 18 min

    Introduces mathematical descriptions of responses to stimuli, including receptive fields, separability and spike-triggered averaging.

  6. MIT OpenCourseWare · Source-checked annotation

    Lecture 7: Attention

    MIT OpenCourseWare Speaker not established foundation 42 min

    Introduces visual attention, distraction and classic experimental demonstrations including visual search, object tracking and attentional limits.

  7. MIT OpenCourseWare · Source-checked annotation

    23: Olfaction and Gustation

    MIT OpenCourseWare Speaker not established intermediate Duration unknown

    Introduces smell and taste, distinguishing an odorant from the resulting sensation. The inspected opening follows olfactory receptors to bulb/cortical projections, discusses a scent-tracking experiment and connects smell with flavour.

  8. MIT OpenCourseWare · Source-checked annotation

    Lecture 8: Navigation I

    MIT OpenCourseWare Nancy Kanwisher intermediate 1 hr 23 min

    Examines scene perception and navigation through their functional organisation and associated brain structures.

  9. MIT OpenCourseWare · Source-checked annotation

    Lecture 7: Category Selectivity, Controversies, and MVPA

    MIT OpenCourseWare Nancy Kanwisher intermediate 1 hr 9 min

    Presents competing interpretations of visual-system organisation alongside multivoxel pattern analysis and the distinction between visual pathways.

  10. MIT OpenCourseWare · Source-checked annotation

    14: Motion Perception (cont'd)

    MIT OpenCourseWare Speaker not established intermediate Duration unknown

    Examines how local visual-motion measurements can be combined. The inspected opening reviews delayed-input detectors and the aperture problem, then compares component- and pattern-motion responses using plaid stimuli and V1/MT examples.

  11. MIT OpenCourseWare · Source-checked annotation

    19. Neural Integrators

    MIT OpenCourseWare Michale Fee advanced 1 hr 8 min

    Describes neural integrator models in relation to short-term memory, accumulated decision evidence, eye movements and persistent network activity.

  12. MIT OpenCourseWare · Source-checked annotation

    Lecture 16: Music

    MIT OpenCourseWare Nancy Kanwisher intermediate 1 hr 12 min

    Examines the functional organisation of music processing in the Human Brain course.

  13. Royal Institution

    Meet your brain – What's in your head? (2011)

    Royal Institution Bruce Hood Level not established Duration unknown

    The source lists “Meet your brain – What's in your head? (2011)”. An individual description has not yet been checked.

  14. Royal Institution

    Meet your brain – Who's in charge here anyway? (2011)

    Royal Institution Bruce Hood Level not established Duration unknown

    The source lists “Meet your brain – Who's in charge here anyway? (2011)”. An individual description has not yet been checked.

  15. Royal Institution

    Meet your brain – Are you thinking what I'm thinking? (2011)

    Royal Institution Bruce Hood Level not established Duration unknown

    The source lists “Meet your brain – Are you thinking what I'm thinking? (2011)”. An individual description has not yet been checked.

  16. NPTEL — National Programme on Technology Enhanced Learning

    Fundamental movement skills - Part 3

    NPTEL — National Programme on Technology Enhanced Learning Speaker not established Level not established Duration unknown

    “Fundamental movement skills - Part 3” is listed in Human Movement Science. Its place in the course provides the learning context; an individual account of the lecture's content has not yet been checked.

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