Відео

thanks for the enlightenment

Noooo... Electrodynamics is TOP !!!

Everything is good in your channel. The only tiny problem is the music in the background. At least for me. You have great explanations so keep it up. As brought by the impatient viewers. You can put a timestamp. Happy new year and I hope you have a great time in life.

Maastricht liberal program and Amsterdam. Cool.

One of the greatest of all times. I think I got really motivated thanks to your channel.

Hello. I enjoyed your video. I am a failed physics student who really likes physics. I have always enjoyed this particular subject ever since reading Hyperspace by Michio Kaku back in the 90s (I would recommend this book if you have not already read it). Here are a couple of thoughts I have in regards to quantum gravity: 1. We are only able to observe objects in three dimensions. A photon is a 2 dimensional object (electric and magnetic waves) that would otherwise be undetectable except that it always travels into a 3rd dimension. Thus, we can observe it but this also explains why it is 'different' from everything else (fully three-dimensional particles). I believe without much evidence that gravitons are 1 dimensional objects/waves that travel into a 2nd dimension at the speed of light. Since, under this hypothesis, they don't broach a third dimension, I put forward that gravitons will never be directly observed. 2. Because photons are only absorbed if they have the right quantized energy to excite an electron to a higher state, do you think there could be light and matter in the universe, created at the big bang, with different, 'non-quantized' energy that will never interact with what we consider ordinary matter? Do you think it's possible that there is an entire 'shadow' universe of particles that we cannot detect because we can only detect particles if they have the right quantas of energy? I wish you well in your studies. Thank you for sharing your passion for reading and physics.

Thank you for the recommendation and wish your channel good luck in its growth!

I’ve had this book on my shelf for years and haven’t given it a good read… UA-cam randomly recommended me this. Maybe I’ll finally give it a read, thanks man haha

This is so helpful! Thank you

Good stuff. I used Hartle for my Phd a lot. Worth mentioning also Glendenning (any book from him, I enjoy his books) and also Schutz. 🙂 Just subscribed.

I am a mechanical engineer undergraduate ..i want to get in to astrophysics for my further studies..i want some topics in which i could do research thesis...even though iam average in physics and maths..i want to do this just coz of my interest in space n things...please suggest some research topics

Thank you for the recommendations. I definitely subscribe to your channel.

hey man i love both physics and philosophy should i get this book as a highschooler? i couldnt really get much after wathcing the vid tbh

Why the background music? It distracts.

Congratulations on all of your academics accomplishments. Are you on instagram, for further discussions? An email will be fine, if you don’t do Social(s) [Media].

Good to see you again, and congrats on finishing your bachelor's and starting your master's! Throughout my undergrad degree I also felt like I was so behind everyone else, but when I started revising with my friends I realised that I was doing just as well as everyone. You're better than you think, and I know you'll ace your final dissertation!

good vuideo

Would it be possible to give links to the few sources you found, please?

Crystal and intuitive explanation. Thank you for sharing such a good high level videos on topic

I want to learn how each formula is derived and the basic of maths behind that formula and concept also..Can you recommend any books for me

Incredible!

Make more videos please🥰

Best derivation in internet. Can't be clearer than this. Thank you.

What is the name of textbook appeare in the final minutes please

I love youuuu thxxxx for this video

If one writes y=y(x), then not all curves drawn are admissible, as some do not represent functions. I would rather have written y(t) and x(t) so as to represent all possible functions, with t something like time. What do you think?

Hey! Love your videos, Could you please share your reviews on book "physics for realists" it's a book from natural philosophy approach. I'm from India, sadly it's not available here. Anyway great video.

Hey there! Interesting takes on GR books. btw do you have a discord channel?

Where do you come down on the MOND vs dark matter debate?

This video is an absolute gem!

I usually don't comment on videos on UA-cam. However, this time I genuinely want to thank you for the effort you put into these videos. I've been watching your videos for a while now, and they are very inspirational. Please keep it up!

Loved the review, it's quite refreshing to read books by the more famous physicists since their publications are usually restricted to papers etc which aren't always the best for bedtime reading! While I haven't read the book I think that at the time this book would have been a great way for non-physicists to try and understand QM, especially with the lack of equations! And I can definitely see how the philosophy parts would make the book dense, my brain starts to drift off with these kinds of things XD

I see Condensed Matter Physics as a hint towards Fractal Universe.

CM field is extremely interesting and covers a lot from metal to superfuids. I graduated in that field decades ago and still find it awesome

i like this

Absolutely spot on! Condensed matter is the largest sector in physics research, yet it's rarely talked about! Even in astrophysics, it's the condensed matter physicists that develop new components and semiconductors that allow us to make the most advanced observatories! You're right that the content online is very tailored to the professionals, and it would be good to see more channels open up for the general public. We need to encourage some of our friends to start making videos it seems!

Try environmental science. Its multi-disciplinary with primary requirements being specialized in Chemisty, Biology, Geology, Physics, GIS, Engineering Considering we live in real time... Look up the "Quantum Engineeering the Complex--Valued Lorentzian Space-Time" Research Document. Its a great start to quantum dynamics and how we prove it. Another good one behind a paywall is the "Atomic-resolution imaging shows why ice is so slippery" Document

Was any of them drunk during the conference? 🤔

You kidding me? Condensed matter is everywhere. All universities have it India. It gets so much funding. At least here in India. Maybe it is not as popular in public domain. But that has changed as well.

8 mins in and I have learned a tiny bit about politics in funding and NOTHING about Condensed Matter.

A nice lecture by david tong bringing condensed matter physics and gravitational physics together ua-cam.com/users/liveVnMbQRtKMLA?si=ccbXHIOR_BXuep3W

Subir Sachdev, xiao gang wen has tgeir own channel, you find lots of lecture there, also many other physics channels pronote condensed matter physics levtures . Chubukov also have great lectures uploaded . Most of the channels you mentioned here is not condensed matter physics soecific.

Cond. Mat. is just so fascinating these day. Stuff on confinement and stuff on practical limits of classical thermodynamics.

My guy....you hit the nail on the head!

Have you seen the UA-cam video 'Lecture 11 Kaluza Klein Theory' by Arindam Kumar Chatterjee? It seems to start out without the preliminary assumptions or perhaps it merely starts out without reference to them. It would be interesting to see the 4-dimensional equation along with the 5-dimensional equation and the 6-dimensional equation for contrast. That way, everyone would be able to see the constant factors and the variable factors of the contrasted equations.

ur very cool!

brow are you an astronomy student?

LOVE