(wow) Words Of Wonders Level 2706 Answers – David Poppel is a fascinating scientist. He is a professor of psychology and neuroscience at New York University. Co-founder of the Center for Language, Music and Emotion, Director of the Department of Neuroscience at the Max Planck Institute for Experimental Aesthetics. and Executive Director of the Ernst Strungmann Institute.
Poppel is a very deep thinker, has a great eye for his field, and as a bonus is a fun person to talk to.
(wow) Words Of Wonders Level 2706 Answers
It was an honor and a pleasure for me to be able to visit Popel. Check out my interview with him below, which I’ve edited for editing, organized by topic and added affiliate links.
Vol. 62 No. 45
It’s like art, and it’s the only activity I know that can be done with mental freedom. I’m very spoiled and privileged in many ways, so everyone in science doesn’t have the freedom that I have.
I think it’s part of human nature to discover things and follow your interests and passions, and it’s fun to do so. “Whether you want to look at a plant or look at the sky or measure something, I think you have something very emotional and moving, and I think what happens when you look at it and turn it around.”
Science is also a social activity, at least the science I do, and I get the best out of working with these wonderful students and post teachers who are fun and engaging, not as snarky and sarcastic as I am. .: visionary and who knows better than me. They are smarter, younger and more technologically advanced, and they can do everything I don’t know about. can you ask him In my lab meetings, whether these meetings are in Germany or New York, it is a privilege to be with these people to discuss other people’s ideas, experiences or papers.
I can talk to funny, smart, funny, interesting, lively people about any interesting thing we want to talk about. We had the extreme luxury of discussing ideas and it was amazing.
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Perhaps the only similar experience I know of is art. Like me, a privileged professor, some privileged artists are perfectly happy to follow their passions and do whatever they want. It’s a different and more difficult situation if you’re a young artist or a young scientist struggling to reach that standard of success.
Science is also a knowledge organization system that moves us forward. As Max Planck said. “Understanding must precede application.” This practical knowledge is great. Anesthetizing and giving birth without dying is great.
– Language (which makes us who we are), emotional experience, and musical experience are deep parts of human nature, but computers are not good at that. Computers can do automatic voice recognition, but they cannot help us in creative ways of using language. The emotional experience of the vastness and composition of language is an extraordinary musical experience.
But I work in the human biology department, so I’m not interested in the navel or the heart or the knees, but how the mind is organized.
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The three I mentioned are the most mysterious because we don’t know how to ask the right questions. In Chomsky’s words, all this is not a mystery, but a problem. In this area, it is not clear that we have even scratched the surface of the answer, and we may be headed in the wrong direction.
3) It seems that pragmatism has given us a brutal brick wall and we cannot move the needle on pragmatism. Science is beautiful in passionate fields, and my fear is that one day every field of science will not be passionate. John Horgan has this book:
. I hope that the field of science is always flexible, always moving the needle. Your field is energized.
But a more charitable reading of John Horgan’s book is that we live in an understanding world, and science may end as different fields of research converge, and we finally reach a unified understanding and a systematic understanding.
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4) Physics really developed in the 20th century, and biology is now the most interesting field.
Deep physics questions become mathematical and difficult to tackle, and the parts of physics that deal with measurements are even more difficult.
A lot has changed in biology because we understand parts better, and we have methodological tools and computational techniques that allow us to look at things in ways that weren’t possible before.
I spoke to Congress last year on behalf of the National Science Foundation about the big problems in science, and the two big problems that I can think of are the structure of the universe, and then the structure and function of the human mind and brain. . The first one was very fun, very interesting, and very cool, but it was too far from us, too abstract and unlikely to have technical applications. The second one is really complicated, but it’s here, it’s there, it directly affects everything we do, so it’s very relevant to everyone, and we should look for it with passion. It is useful to understand what depression is, what bipolar disorder is, and for what language, so that we can address and answer these questions.
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5) CRISPR has made great advances in biology, but there seems to be a mystery about the most fundamental genetic pathways in plant biology, making geneticists very humble about their prospects for understanding the human genome.
When learning a language or learning anything cognitive. You talked to Gallistel about this, and I think Gallistel is on the right track. I don’t know anything about the specifics of molecular biology, but I think so
He was absolutely right. Gallistell was right when he raised the flag: But for Gallistell it was difficult because there was so much political opposition that 1,000 professions depended on the standard memory story.
The main problem in my field of research is that everyone has a mental vocabulary of 10,000 words, or 100,000 words, in their head, and I don’t even know how to do that.
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We talk about things like Combinations and Compositions and how you handle things, but we don’t know what basic storage items are.
First of all, what is a primitive? I don’t know, so I’m stuck, so I don’t know what the next study is about this research project. I work with a group of smart people who have considered this issue from various angles, and this publication is really interesting.
So many descriptive things in my field may be on the right track, but they may not be “wrong”.
Paul Pietrowski, Norbert Hornstein, Bill Idesardi and Bill Idesardi and I always argue over lunch. What is the correlation hypothesis? Pietrowski approaches this from a formal semantic point of view, Hornstein approaches the same issue from a grammatical point of view, and Idsardi approaches the same issue from a phonological point of view, which I approach. Nervous disease. We hang out a lot because we like each other and want to know what’s next.
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But then I have to tell myself. “Well, if you need it, which is the most important thing, then I need to find it in the brain tissue.” But I don’t know how
To do so. If Petrosky, Hornstein, Idsardi and Chomsky give me a list of specific parts of what to look for, I think that if these scientists are on the right track, then I should be able to find the structure that runs the main “Lego” groups. “” shows.
How to do it despite the great papers that are often distracted from the real hard issues.
I think it’s great to work on the language, emotion and music brain because it makes you
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– It is the core of who you are. I use language, I feel things, I listen to music, so these are traits that we humans share, and I want to know more about them. This experience is central to our personal and political existence.
It is also a dynamic field. There is a lively discussion here. If you want to break into this industry, you have to give it a try
