YTMastersYTMasters
Stanford Institute for Theoretical PhysicsC

Stanford Institute for Theoretical Physics

The Stanford Institute for Theoretical Physics (SITP) is a research institute comprising 16 faculty in Physics and related fields, and approximately 100 graduate students, post-doctoral scholars, and visitors. SITP is an institute within the Stanford University Department of Physics. Following in the tradition of Albert Einstein, Niels Bohr, and Richard Feynman, the goals of SITP are to uncover the basic physical principles governing the world of natural phenomena. Broadly speaking these phenomena range over the cosmological origins of the universe, the properties of elementary particles, the emergence of space and time out of quantum bits of information, and the amazingly emergent properties of atoms when they are combined into macroscopic materials.

38kСоединенные ШтатыUS
Осень 2026

Обычная · Осень 2026

Stanford Institute for Theoretical Physics

@stanfordinstitutefortheore7605 на YouTube

Соединенные Штаты Соединенные Штаты

Технологии и знания

Подписчики
38k
Просмотры
10 · 0 в избранном
Экземпляры
0 · 0 игроков
В продаже
0

Следующая коллекция, Зима 2026: Обычная

Редкость «Необычная» в следующих коллекциях: от 100k подписчиков.

Подпишись на канал, чтобы она поднялась в следующих коллекциях!

The Stanford Institute for Theoretical Physics (SITP) is a research institute comprising 16 faculty in Physics and related fields, and approximately 100 graduate students, post-doctoral scholars, and visitors. SITP is an institute within the Stanford University Department of Physics. Following in the tradition of Albert Einstein, Niels Bohr, and Richard Feynman, the goals of SITP are to uncover the basic physical principles governing the world of natural phenomena. Broadly speaking these phenomena range over the cosmological origins of the universe, the properties of elementary particles, the emergence of space and time out of quantum bits of information, and the amazingly emergent properties of atoms when they are combined into macroscopic materials.