I thought this experiment was especially interesting because I wouldn't have expected something like Botox to affect how someone understands emotions. I can see how facial expressions might help us process what we're feeling, but it seems like a pretty big jump to say they're actually necessary for understanding an emotion. Someone who can't physically make a certain expression can still recognize that emotion in other people. I think the results show that facial movements play some role in how we process emotions, but I'm not sure they prove that our understanding of emotions depends on those movements.

I agree with this point because I feel like there's a difference between how we learn a concept and whether we're capable of understanding it. Like someone who has never experienced something firsthand might still develop an understanding of it through descriptions, observations, or other experiences. I think our bodies probably influence which concepts come more naturally to us, but I'm not convinced they necessarily determine which ones we can understand. It seems like the conceptualization hypothesis might underestimate how flexible our thinking can be.

I think this is an important distinction because I feel like it's easy to confuse being able to use something correctly with actually understanding it. The Chinese Room example made me think about how someone could memorize the steps to solve a math problem and consistently get the right answer without really understanding why those steps work. They might be able to produce the same result as someone who understands the material, but I wouldn't necessarily say they have the same level of understanding. I think this makes it harder to determine what actually counts as understanding something, especially when we're judging it based on someone's behavior.

I think this is a pretty important distinction because it seems easy to assume that if a certain part of the brain becomes active during a task, it must be responsible for that task. But just because the motor cortex activates when someone reads the word kick doesn't necessarily mean that activation is what allows them to understand the word. I think this makes the evidence for embodied concepts a little less convincing, since it's difficult to tell whether the activation is actually necessary or just something that happens alongside understanding.

I thought this experiment was interesting because it suggests that we might automatically picture things in our heads even when we aren't specifically trying to. At the same time, I feel like there's another possible explanation for why people listed the visible features first. Maybe those are just the characteristics we're most familiar with or have learned to associate with an object. I don't know if listing those features necessarily proves that someone was mentally visualizing the object rather than just recalling information about it. I was thinking about this when we did the experiment in class too.

I think this is a really interesting way of looking at how much our physical experiences might shape our thinking. It makes sense that different bodies would lead to different experiences, but I'm not sure that necessarily means we couldn't develop the same concepts. For example, someone who has never been able to see can still understand what colors are and how they're used, even if their understanding is different from someone who can see. I feel like there's a difference between experiencing something differently and not being able to understand it at all.

I think the example of color is interesting because it's something we tend to treat as a fixed property of an object, even though our experience of it depends on how we perceive it. What I hadn't really considered is whether this same idea could apply to other properties, like shape or size. It seems like some characteristics might depend more on perception than others, which makes this distinction worth thinking about.

This example reminds me of how young children often learn about objects by touching and moving them around rather than just looking at them. I think it's interesting that even robots can benefit from physically interacting with their surroundings to gather information. It makes the connection between movement and learning seem much more important than you might think.

This makes me think that we might underestimate what infants actually understand when we only look at their actions. If a baby looks toward the correct location but still reaches toward the wrong one, it seems unfair to assume they don't understand where the object is. I think this is a good example of how knowing something and being able to act on that knowledge aren't necessarily the same thing.

I think it's interesting that our brains rely on certain assumptions about how the world works to make sense of what we're seeing. These rules seem pretty effective most of the time, but I imagine they could also lead us to misinterpret things that don't follow the patterns we're used to. This could help explain why visual illusions happen, since our brains might be applying the same rules that normally help us perceive the world accurately, just in situations where those rules don't quite work.

I think this brings up an interesting issue with how researchers study cognition. If people aren't always aware of the processes their brains are using, then asking them to explain their thinking might not be the most reliable way to understand what's actually happening. I think Sternberg's study shows why it's important to use other kinds of evidence, like reaction times, rather than relying entirely on what participants say. Otherwise, researchers could end up drawing conclusions about cognition based on how people think their minds work instead of how they actually work.

I think this points out an important weakness in Gibson’s explanation. Saying that we resonate to information sounds like it explains perception, but unless we can explain what is actually happening to make that possible it almost just gives the process a new name. I like this criticism because it seems possible to agree with Gibson that information in the environment is richer than we assume while still thinking that we need an explanation of how the brain detects and uses it.

I like the idea of perception being based on active exploration because it challenges the assumption that the brain is just given incomplete information and has to figure out what is out there. Moving through an environment actually changes the information available to us, so perception might depend just as much on what we do as on what the brain does with the information afterward.

This made the debate over connectionism make more sense to me because it seems like the real test is whether a network can explain complex thinking without secretly relying on the same kinds of rules and symbols it is supposed to replace. The example of language especially makes me question whether patterns of activity alone can explain something as structured as a sentence, or if some form of symbolic organization is still needed.

I thought it was interesting that Shapiro describes vision as the brain having to make assumptions about what we are seeing. If the information our eyes take in isn’t enough on its own, then our perception depends on the brain filling in some of what’s missing. I think this supports the computational view because we aren’t just passively taking in information from the world, our brain is actually processing and interpreting that information to create what we see.