If there’s one skill I wish I had, it’s the ability to learn languages and get good at them. (I’m not talking about computer languages.) I took Greek and Latin in high school, but I didn’t stick with either one. A while ago, I tried learning French with the app Duolingo, with the same result. Now, I’m trying French again, and I’m finally making some real progress. But the process has made one thing clear to me: There’s a lot I still don’t understand about how languages work.
So who better to unconfuse me than the latest guest on my podcast, John McWhorter?
A professor of linguistics at Columbia University, John is someone I’ve already learned a great deal from. He’s dedicated his career to demystifying the roughly 7,000 languages spoken around the world—and when he isn’t teaching college students, he’s busy sharing his knowledge with the rest of us. I’ve read a few of his many books, listened to his podcast Lexicon Valley, watched his Great Courses lectures, and always look for his columns in The New York Times.
I’m lucky enough to have met John before, but each time I talk with him, I learn something new. Our latest conversation was no exception. He helped me understand what makes English so irregular, why the ideal language wouldn’t have gendered pronouns, why all dialects are created equal, and much more. We also shared the languages we each wished we could learn (him: Navajo, me: Mandarin) and the words or phrases that have become our linguistic crutches (his: “the fact of the matter,” mine: “um”).
Whether you’re a natural at learning languages or a novice like me, I’m pretty sure this episode—all thanks to John McWhorter—will still teach you something. I hope you’ll give it a listen. And you can catch up on recent episodes of Unconfuse Me on Spotify, Apple Podcasts, YouTube, or wherever you get your podcasts.
Multiplication of changes is a certain analogy or interpretation of what happens from the point of view of the micro-world - the world of elementary particles in correlation to “ time ”. Of course, in our considerations we will apply our concept of “time” . Our Reality can only use the real part of our Complex description of time - this is our real time . This means that for our considerations, some extension of our “time” will be made. The description of this extension, will be expressed by means of the Complex Time Function , which refers to our concept of “ Time Quaternion ”.
Stan energetyczny jest pewną kombinacją Punktów Energetycznych , które współtworzą strukturę Przestrzeni Kwantowej . Energia, która jest podstawą do kreacji struktury Przestrzeni Kwantowej jest energią innego, nieznanego typu i nie ma nic wspólnego z Energia jaką znamy. Każdy Punkt Energetyczny w strukturze zawiera informację wyrażony poprzez energię nieznanego typu. Oznacza to, że stan energetyczny prowadzi do pewnego odwzorowania. Owo odwzorowanie, jest interpretacją, między innymi naszej bieżącej chwili - naszego Tu i naszego Teraz . Oczywiście to prosta interpretacja naszego pojęcia stanu energetycznego. Wymaga to jednak szerszego komentarza.
Uncertainty of matter refers directly to the Uncertainty Principle , which was proposed by Werner Heisenberg . Uncertainty of matter is a kind of extension of the Uncertainty Principle . Our Concept also refers to the Uncertainty Principle and tries to interpret it consistently to the ToE-Quantum Space . What does this Uncertainty consist of? What is the Uncertainty of matter? Before we go on to answer the questions posed, perhaps we should first look for our micro-world - the world of elementary particles .
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