11 Matching Annotations
  1. Last 7 days
    1. Not only is the philosopher Andy Clark one of embodied cognition’s most eloquent and enthusiastic spokespersons, but his careful and cogent presentations of embodied cognition have also helped to shape and orient a number of research programs within embodied cognition.

      I liked Clark's idea that the environment can become part of the way we think. We already use things outside of our brains to make thinking easier, like writing something down instead of trying to remember it or using our fingers to count.We already rely on our environment to support cognition without thinking about it and ff we are constantly using the world around us to help us think; it seems difficult to say that cognition happens entirely inside the brain.

    2. The crucial element of Piaget’s explanation is the concept of object permanence.

      I found Esther Thelen's approach interesting because she seems to challenge the idea that development is simply something that happens according to a program already built into the brain. Instead, movement develops through the interaction between the brain, the body, and the environment. This was also obvious because a baby's abilities are constantly changing as their body changes and they learn how to interact with the world; something we learned in developmental psychology and alongside Piaget and his concept of object permanence as they're brain develops.

    3. In order to understand the significance of the body in this perception- action cycle, consider two organisms with very different bodies. Perhaps one is twice the size of the other, or the first walks vertically whereas the second is on all fours. The perceptual systems of the organisms may well differ too. Perhaps the first has its sensory organs facing forward whereas the other has sensory organs that provide it with a 270° view of the world. The first may be able to detect portions of the electromagnetic spectrum that the second cannot. As a result of these differences in bodies and perceptual systems, the sensorimotor capacities of the two organisms will differ.

      The idea that our bodies can influence cognition seems pretty obvious when I think about how differently people experience the same environment. Someone who is taller, shorter, stronger, faster, or has different physical abilities is going to interact with the world differently.

    4. The second reason to consider challenges to standard cognitive science is more bound to the particular two rivals we will be studying: J. J. Gibson’s ecological theory of perception and connectionist accounts of cognition. Embodied cognition, as we shall see in the coming chapters, has incorporated rather extensively a variety of insights emerging from research in both ecological psychology and connectionism. Taking time now to develop an understanding of Gibson’s work as well as some basic principles of connectionism will pay dividends later when we turn our attention more directly toward embodied cognition.

      I found myself agreeing more with Gibson’s argument that perception depends heavily on the environment. It seems difficult to imagine the brain figuring out what things mean without actually having information from the world around us. Our brains can process information, but the environment is what gives us something meaningful to process in the first place. This makes me wonder whether cognition can ever really be separated from our experiences.

    5. This conception of representation is unproblematic and widespread, and yet does not depend on the existence of a body of syntactically defined symbols for its coherence.

      One thing I found interesting was the idea that perception and action might be more connected than I usually think about. I normally imagine perception as something that happens first in the brain and action as what happens afterward, but that seems too simple. A lot of the time, what we perceive depends on what we are trying to do. It makes me wonder if thinking and acting are actually two separate processes, or if they are happening together more than we realize.

    6. We saw in the previous section that the invariants appearing in the optic array – the relationship between the corners of a surface, the relative depth of surfaces, the point of zero flow in the direction one is headed – emerge as invariant only in the context of change. Invariants such as these are what the visual system is designed to detect, and it can do so only through activity. If the components of the visual system are those parts and actions that are necessary for collecting visual inputs, then the visual system must include things like the head, the body, and the activities of these parts

      In my other psychology class, we have been debating whether language is more innate or shaped by experience, and this chapter made me think of that debate again. The same question seems to come up here: does cognition happen mostly inside the brain, or does our body and interaction with the environment play a major role? I think the two debates are similar because both question how much of our behavior comes from what is already inside us versus what we experience.

    7. The computational processes in this description of events take place in the temporal space between the receipt of inputs and the display of outputs. All the “action,” so to speak, begins and ends where the computational processes touch the world.

      Initially the “brain in a vat” idea seemed impossible to me, the idea of separating cognition from the real world was a foreign concept until I understood the computer analogy. Artificial electrical signals could definitely produce a real cognitive process, which made me wonder how much of our cognition depends on interacting with the real world. Our syllabus describes sight as the most informative sense we have but none of that would be possible without the brain and its use of symbols.

    8. algorithms

      Terms like algorithms, and the idea of thinking about the mind like a computer made cognition feel a lot more concrete to me; whereas before it was a lot more difficult to visualize the same way you can for other concepts. I think this is also why the Hoffman argument from lecture helped understand these ideas better, some of the more abstract arguments started to make more sense to me.

    9. Newell and Simon created a computer program they called General Problem Solver (GPS),3

      I was very interested by the GPS because it reminds me of what we’re seeing with AI today. Newell and Simon were working on a completely different problem and obviously the AI today has nothing to do with what they were even able to fathom back then, but it Is interesting that they were already trying to get a computer to imitate human problem solving and act like one. It was also refreshing to see an early example of trying to connect computers with human cognition that doesn’t feel so “end of the world”

  2. Sep 2025
    1. critical thinking skills

      I think that critical thinking skills are something that gets overlooked when talking about the benefits of college. people are very quick to point out that "college" doesn't explicitly show you how to invest, pay a mortgage, raise family, etc. However the critical thinking skills that are developed while in college can be applied to any of the previously mentioned skills.

    2. hilosophy must also aim at a remedy—it must be constructive

      I have never got into that much depth when trying to define philosophy since it seems like such a loose abstract idea that defining it would be useless. However this approach of understanding what philosophy is looks at things a little different. What is philosophy for? It is to aim at a remedy for something, but it also must be constructive meaning you must work with an open mind.