Potentially linking to the Möbius strip projection you using.
1) If the laws of the universe, and the constants (c, G, h...) only locally constant, can we infer their variations from the data we gathered ? By re-interpreting the 10% of Hubble?
2) I would love to see a representation of the Möbius with multiple octaves. But. I fear fractals will come and play some tricks on us.
What is the dimension of the musical phase space, for you ?
(for me, actual space time isn't dim 3, or 4, or 21 (string-heads, amiright...). The dimension of space time isn't an integer, it's fractal, and it is evolving with scale (think logarithm ^^), non smoothly, because it also depends on the local completeness of said scale (basically sum of existing constraints).
3) Jumping back on a question of the FAQ that looked like "did nothing happen between Erasto and Kepler" : can we quantify the entropy that faced the scientific community over the ages ?
You haven't addressed entropy that much (I think), and it is one of my favorite subjects of interests.
Could you try and make it clearer to what entropy really is, mathematically and in info, I fear my physical understanding might be limited/blurry.
4) Following lines will become quite far fetched.
If space time is bendy, time being relative, space being discrete (L_p ?), on a non uniformeous grid, ponderated by the local energy density (-> which will give the grav wells as well, since matter is semi-localized energy).
Then, could even Pi or e be local (tied to the local dimension, or curvature of space time we experience here) ?
I mean, Pi is the ratio of circumference over diameter... in a Euclidian 3D world.
Anyway, thank you so much for the videos !
Keep up the good work, you doing something rare and important.
I think this series has been your best work yet, and that's saying something.
This has been an amazing series. I'd love to see more of this type of content.
Hey there ! This is a massage in a bottle.
So I have questions about the FAQ questions ^^
Potentially linking to the Möbius strip projection you using.
1) If the laws of the universe, and the constants (c, G, h...) only locally constant, can we infer their variations from the data we gathered ? By re-interpreting the 10% of Hubble?
2) I would love to see a representation of the Möbius with multiple octaves. But. I fear fractals will come and play some tricks on us.
What is the dimension of the musical phase space, for you ?
(for me, actual space time isn't dim 3, or 4, or 21 (string-heads, amiright...). The dimension of space time isn't an integer, it's fractal, and it is evolving with scale (think logarithm ^^), non smoothly, because it also depends on the local completeness of said scale (basically sum of existing constraints).
3) Jumping back on a question of the FAQ that looked like "did nothing happen between Erasto and Kepler" : can we quantify the entropy that faced the scientific community over the ages ?
You haven't addressed entropy that much (I think), and it is one of my favorite subjects of interests.
Could you try and make it clearer to what entropy really is, mathematically and in info, I fear my physical understanding might be limited/blurry.
4) Following lines will become quite far fetched.
If space time is bendy, time being relative, space being discrete (L_p ?), on a non uniformeous grid, ponderated by the local energy density (-> which will give the grav wells as well, since matter is semi-localized energy).
Then, could even Pi or e be local (tied to the local dimension, or curvature of space time we experience here) ?
I mean, Pi is the ratio of circumference over diameter... in a Euclidian 3D world.
Anyway, thank you so much for the videos !
Keep up the good work, you doing something rare and important.
ADM
Best content ever.