You Don't Need University to Learn Math and Physics

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Unlock the secrets of the universe from the comfort of your home! 🏠✨ Dive into our comprehensive guide on mastering mathematics and physics without stepping into a university lecture hall. This video 🎥 is your golden ticket 🎫 to understanding complex theories and problems through innovative and accessible self-learning techniques. Whether you're a passionate autodidact, a curious mind, or a career-driven individual, discover how you can transform your analytical and problem-solving skills without the traditional academic path. 📚🧠

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🌟 What's Inside:
- Insider tips and resources for effective self-learning 📖
- Real-life success stories of self-taught mathematicians and physicists 🌟
- Essential math and physics concepts explained simply 🌐
- How to create a personalized learning plan and stay motivated 📈

🔍 Why Watch:
- Save on university tuition while gaining valuable knowledge 🏦💸
- Learn at your own pace, on your own terms 🐢➡️🚀
- Equip yourself with skills that are highly valued in the tech, engineering, and research industries 🛠️🔬

📣 Call to Action:
- Like, share, and subscribe for more insightful content on self-learning and academic freedom. 📢👍
- Comment below with your own experiences or questions about self-teaching math and physics. 📬🤔

📌 Remember: Education is a journey, not a destination. Embrace your curiosity and let it lead you to new heights! 🌠 #MathWithoutLimits #PhysicsForAll #SelfLearning #EducationRevolution

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[rohiniudgiri]

University provides us practical Experimenting with apparatus which are costly, space consuming and unnecessary if we buy for own purpose.

[personanongrata]

The biggest motivation to learn math and physics in university courses--I found--was to keep up with the homework and study for the tests within the time constraints. This required enormous focus and self-discipline on my part, which I would not have had by just studying on my own.

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[chunwaisoo]

Actually I agree with you. I have learned a lot by myself. I self taught stochastic process, nonlinear ODE, regression analysis, Python, R, etc and I learned much more than what I learned in my university. Plus, I am able to apply statistical modeling and some ODE in my workplace in civil engineering company. By the way, I have bachelor degree in applied mathematics with computer science.

[CrazyShores]

I think self learning is better since it is a 100% active. Following 2h lectures is highly ineffective, since it's mostly passive learning. The advantage of university is forcing the student to study and giving regular assessment. Also networking, special equipment and access to reasearch are a plus.

[Regularsshorts]

There are many sources on YouTube
My favorite is MITOCW and there are many advanced topics which I find bizarre that it is here for free!
I have a self study schedule too and Im planning on skipping UG courses.
Thank You sir for making this video
Here is my planned schedule:

Mathematical Foundations
1. Linear Algebra
2. Real & Complex Analysis
3. ODEs and PDEs
4. Measure Theory

Advanced Undergraduate Physics
5. Electromagnetism (E&M)
6. Quantum Mechanics (QM)
7. Statistical Mechanics

Mathematical Extensions
8. Topology
9. Differential Geometry
(& Metric Spaces)
10. Functional Analysis

Graduate-Level Theoretical Physics
11. General Relativity (GR)
12. Gauge & Group Theory
13. Lie Algebra & Representation Theory
14. Quantum Field Theory (QFT)
(Course on LateX and Reading Articles)

Plus, Im planning on reading Landau and Lifshitz book on Mechanics.
I am unsure whether I am going in the right path but I am sure that this is the path I want to follow.

[aku]

I like the girl who covers her face with a book and rocks on her chair. Need that video to calm me down with physics or maths problems.

[jamesblank]

I see only upside in a BS physics. You have full access to resources and a disciplined learning environment run by people who know what they are doing. For the motivated self learner, there are MIT and Yale physics lectures online and inexpensive previous edition textbooks. But these are spillovers from the structured university system without which they would not exist. To obtain proficiency, there is no substitute for working out problems in the books and getting stuck. I think getting the degree and continued lifelong learning is best.

[林柏辰-mi]

I do agree with you
But many people go to college not on purpose of learning mathematics but
the bachelor degree

[PrimeFTBLGG]

Sir you look like Dutch, football legend Johan Cruyff

[jamesmccloud]

You definitely should never stop learning outsidr of university. But if you actually want to have a job in the field then a degree is necessary.

[Oreocreamsful]

A person who went to university saying you don't need to go to university. Lol.

[AdrianRif]

❤Exactly. I suspect many of the great physicists in the past would not be able to get into top tier university nowadays, because they wouldn’t get through the formal exam machine as they are probably too independently minded and would rather pursue their own research, rather than be infantilised by school exam competition of grades with their peers and copy their professors with solving well trodden problems, rather than take risks to explore new physics. The PhD degree doesn’t carry the same currency as it is more about getting a professional accreditation rather than genuine scientific discovery. Also many degrees can be obtained fraudulently by paying people to write a thesis and many essay mills exist on the internet so people are inclined to cheat and play the system to their benefit, forming an elaborate ‘Ponzi ‘ scheme.