Come learn food tongue, a language in which every word is a food, by immersion!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Almost all programming languages are equally powerful—anything one of them can do, they all can. We’ll talk about two less powerful models of computation—ones that can’t even, say, tell whether two numbers are equal. They’ll nevertheless save the day if you have to search through 200MB of emails looking for something formatted like an address. This is a math class, not a programming one—we’ll talk about clever proofs for what those models of computation can and can’t do.

Come learn food tongue, a language in which every word is a food, by immersion!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Effective altruism is the practice of using evidence and reason to determine how to most improve the world. This class will discuss how YOU can be an effective altruist and make the greatest positive impact!

Come learn food tongue, a language in which every word is a food, by immersion!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Almost all programming languages are equally powerful—anything one of them can do, they all can. We’ll talk about two less powerful models of computation—ones that can’t even, say, tell whether two numbers are equal. They’ll nevertheless save the day if you have to search through 200MB of emails looking for something formatted like an address. This is a math class, not a programming one—we’ll talk about clever proofs for what those models of computation can and can’t do.

Come learn food tongue, a language in which every word is a food, by immersion!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Come learn food tongue, a language in which every word is a food, by immersion!

I can convince you I know how to solve any given position of a Rubik's cube without showing you at all how to solve that position, convince websites that I know my password without doing anything as risky as sending the password, and similar stuff. We'll see how.

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Almost all programming languages are equally powerful—anything one of them can do, they all can. We’ll talk about two less powerful models of computation—ones that can’t even, say, tell whether two numbers are equal. They’ll nevertheless save the day if you have to search through 200MB of emails looking for something formatted like an address. This is a math class, not a programming one—we’ll talk about clever proofs for what those models of computation can and can’t do.

Mint-apple sauce food tongue. Pear spinach sauce food tongue. Pear wonton pasta-peach-sauce food tongue? Pear shrimp kumquat plantain mint-apple clam peach-sauce pear!

A quadratic has real roots if and only if its discriminant is nonnegative. We'll show how to use this to prove a famous mathematical inequality or two and solve some math olympiad-style inequality problems.

I can convince you I know how to solve any given position of a Rubik's cube without showing you at all how to solve that position, convince websites that I know my password without doing anything as risky as sending the password, and similar stuff. We'll see how.

The following six English sentences are translations, in random order, of the following six Kurmanji Kurdish sentences: A. You see Bear. 1. Ez h'irç'ê dibînim B. You see me. 2. Tu dir'evî C. Bear runs. 3. Tu min dibînî D. You run. 4. H'irç' dir'eve E. I see Bear. 5. Ez dir'evim F. I run. 6. Tu h'irç'ê dibînî Which is which, and what does "H'irç min dibîne" mean? Stop by and solve some logic puzzlesl ike that one, which don't need any prior linguistics knowledge, and see how they relate to the major branches of linguistics: how to go from a mouth to sounds to words to sentences to meaning.

Almost all programming languages are equally powerful—anything one of them can do, they all can. We’ll talk about two less powerful models of computation—ones that can’t even, say, tell whether two numbers are equal. They’ll nevertheless save the day if you have to search through 200MB of emails looking for something formatted like an address. This is a math class, not a programming one—we’ll talk about clever proofs for what those models of computation can and can’t do.

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

How are the worlds' writing systems different, beyond just using different characters? What writing systems are more similar to each other than others, and why? Why is Hangul (the Korean writing system) the best in the world, and Chinese characters the worst?

Yogurt mint cake! Apple oyster Peach-Sauce-Sandwich! What could these random collections of food possibly mean? Come learn Foodtongue, a constructed language where all of the words are food in an immersive learning environment. Beginners and polyglots welcome!

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

Explore the many human languages, piece apart their puzzles, and even create your own! This class will be an in-depth introduction to linguistics, the scientific study of human languages. We'll solve logic puzzles that don't require any linguistics knowledge, but that, in answering, should lead to insights about what sounds languages can be made of, how we put them together to form meaning, and how the world's languages have developed and changed. We will discuss a sampling of these aspects of languages over the course of HSSP. The central theme of this class will be for you, the students, to create your own conlangs (constructed languages) by the end of the class. Building the parts of your conlang will be assigned as light homework. Come expecting to learn, to decipher, and to create.

اللسانيات! Мовазнаўства! भाषाविज्ञान! 언어학! Γλωσσολογία! Ngôn ngữ học! Linguistics! Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of thinking about a good riddle? Come solve fun problems from the Linguistics Olympiads, NACLO and IOL! A variety of languages, problem styles, and difficulty levels will be provided for you to solve. Logic and reasoning are your main weapon here – no prior linguistics knowledge required!

UI UOHH JFHQI SGXEKFNGMT ELZZHIJ HOWI KRI FDIJ KRMK XFL TONRK AODP OD M DIUJEMEIG, AOGJK CX KGOMH MDP IGGFG, KRID CX KISRDOBLIJ KRMK YLJK IVKIGTODMKI KRIT.

A quadratic has real roots if and only if its discriminant is nonnegative. We'll show how to use this to prove a famous mathematical inequality or two and solve some math olympiad-style inequality problems.

I can convince you I know how to solve any given position of a Rubik's cube without showing you at all how to solve that position, convince websites that I know my password without doing anything as risky as sending the password, and similar stuff. We'll see how.

Do you enjoy unraveling logic puzzles, want to learn about other languages, or crave the feeling of thinking about a ...