How To Learn General Relativity | How To Understand General Relativity | General Relativity Lecture

#howtolearngeneralrelativity
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How to learn General Theory of Relativity. How to understand the mathematics of General Relativity. Welcome to the first episode in this series of videos. In this first episode you will learn, what is General Relativity and how it is different from the flat Euclidean space. You will also come to know about the geometry of spacetime, which will help you to realize that you are entering into a world of geometry and the mathematics is more on the geometry of spacetime. This first episode, gives you a complete understanding on the need of calculus, especially partial differential equation, its importance and its role in General Relativity. You will come to know the major concepts that play a crucial role in understanding General Relativity as well as the best books on calculus that you can read. These books include both ordinary differential equations but mostly partial differential equations.

00:00 - 01:16 - Introduction
01:17 - 08:39 - What is General Relativity
08:40 - 13:32 - Curvature of spacetime
13:33 - 15:30 - Preparation for General Relativity
15:31 - 22:14 - Why you need Calculus to learn General Relativity
22:15 - 27:14 - Concepts of Calculus related to General Relativity
27:15 - 31:03 - Calculus books
31:04 - 36:26 - Partial differential equations book
36:27 - 37:36 - Need of calculus to learn Relativity
37:37 - 38:15 - Conclusion
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(2) General Relativity

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My name is Shounak. I teach in a college. My subject of specialization is the general theory of relativity, tensor calculus, and topology. I also teach communicative English.

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[PTGaonkar]

Wow this is my dream series.. thank you very much. This will me very helpful.

[philophysics]

This video and this entire page is a gift to humanity. So much higher order scientific theoretical work done in bite size is no easy task, but you guys shine magnificently. Thank you!!!

[digguscience]

General relativity is a great subject to study in the spare time.

[CandyTesult]

I really, really like this big picture approach. It's much different from other youtube videos. Thankyou.

[ramlimboo]

Thank you so much 🙏...sir for this outstanding information about General theory of relativity

[ramlimboo]

I always wanted to know mathematics behind general theory of relativity

[hellenofile]

Fantastic! Thanks, and looking forward to the rest!

[sirknightartorias]

I wish you had been there when I was in my plus two . 😢

[massimoacerbis]

this guy has a special gift for teaching

[lokeshraybarman]

Your posts are really getting more and more interesting & 0utstanding day by day ❤❤❤❤

[yopenzo]

"The mathematics of general relativity is not at all difficult". That's a very peculiar statement, sir. Therefore, I would kindly know what you consider "difficult" mathematics.

[antonboro]

Excellent introductory lecture about general relativity. I have two questions I hope you can answer without requiring a knowledge of mathematics to understand the answer If general relativity is the study on the curvature of space-time caused by the presence of mass and energy, 1.) how was Einstein able to accurately measure the deflection of starlight as it passed near the sun. during the 1919 solar eclipse without accurately knowing the mass of the sun? and 2.) how are cosmologists today able to predict space curvature without knowing the existence, size and mass of the many known and unknown heavy objects, affecting the light's path as it reaches our telescopes?

[DavidVonR]

I would love to study general relativity one day but I lack the time and energy. I have a mathematics and physics background. Do you have a lecture series we can watch?

[ZhanMorli]

Gravitational quanta (in digital format) measure the Universe?!❤Кванты гравитации (цифровым способом) измеряют Вселенную?!
Для сравнения: Подобных теории как ОТО. Эйнштейна написано 1001, из них, опубликованы только в популярных журналах более 150. Но за 150 лет, не одного прямого опыта для этих теорий (выполненные на 50%, есть опыт или косвенные).
Вы готовы посмотреть на обнаженную Вселенную без шумового *загрязнения* для 1001 теории?
При детектирование гравитационных волн, детектором LIGO, полезный сигнал 0, 2% на шум приходится 99, 8%. По другому выразим - используя сепаратор из шаблонов. При случайном совпадают в них шумов (мусор), на двух или трёх детекторах, то выдадут это, как гравитационные волны.
На “ГИБРИД оптическом гироскопе" при регистрации, квантов гравитации *оптом*. Возможно полезные сигнал получим 74% и на шумы 26%.
- Вам выбирать рулетку, что измеряет Вселенную и из чего, главное она состоит.
Итак автотранспорт или самолёт в нём выполним опыты Майкельсона-Морли, определяя им прямолинейную скорость. - О таком опыте мечтал, Эйнштейн. Но мы, *возможно* будем наблюдать постулаты "Свет это упорядоченная вибрация гравитационных квантов. Доминантные гравитационные поля управляют скоростью света в вакууме".
Есть предложение на совместное изобретения ГИБРИД гироскопа из некруглых, ДВУХ катушек с новым типом оптического волокна с «полой сердцевиной из фотоно-замещенной вакуумной зоной или (NANF)», где - свет в каждом плече проходит по 250000 метров при этом, не превышает параметры 87/87/87 см., и вес - 24кг. Предприятия по выпуску "Волоконно-оптических гироскопов" может выпускать ГИБРИД гироскопы, для учебно практического применения в школах и для ВУЗ.
Рационализатор из Казахстана.

[edd.]

How can you learn GR wo tensor calculus?