23. Quantum Waves and Gravitational Waves

[@chaozhou6647]

This is absolutely an amzaing course. Prof. Lee got an elegant balance between mathematics and physics intuition. He gives real world examples first in each class, applies physics and maths to expain it, and then uses experiments for futher demonstration. I got my undergraduate in Physics major and master degree in EE (reseach in computational photonics). Almost 8 years have passed since my graduation, this couse still inpired me and let me feel beauty of physics. And I decided to apply for my PhD this year and continue my research career. Thank you Prof. Lee and thank you MIT.

[@alexandreramos8484]

This course needs more views

[@viniciusmattos1835]

Congratulations! Amazing class. I am Brazilian and I am 17 so, it was a bit hard to pic everything but the explanation was pretty clear.

[@santiagoarce5672]

Hi. I'm 17 now as well and was wondering how it went for you and what you ended up doing, since you were in a pretty similar situation to the one I am in now. I assume you watched a ton of lectures on youtube as well. Did you end up pursuing physics at university? If so, how was it knowing basically the entire first year curriculum lol. I'm from Spain btw.

[@deanazcoolzi4382]

Yep

[@niktofn]

@@santiagoarce5672 how it went for you? what do you do now?

[@kanadeyang2088]

I love this course. Comparing with Lewin's one, I learned more analytical formulas to understand 8.03 and I took a lot of notes in my book Feynman Lectures on Physics. To understand 8.03SC, I hardly studied Stein's Fourier analysis and Complex analysis.

[@yongtuition]

You simply acted as an amplifier for LIGO lab. Unfortunately, the strain is less than 10^(-24).

[@akhilanr1233]

We started with 80 000 people watching the first lec... and we have only 5000 left watching the last lec. congratulation to all who came until here because only 6.25 percent ended up here