A great channel. Schemes would be great, as always. Seems many are not mature enough to appreciate the supreme content and gentile introductions to all advanced math's here.
Thanks. Nice introduction to the topic. In answer to your call for suggestions, I would like to see a comparison and contrast of algebraic geometry and geometric algebra.
I fail to see where geometry was relevant? When I clicked this video, what I hoped to see geometry applied to number theory, and this is similar to what you announced at the start: "arithmetic geometry, the field which applies algebraic geometry to problems in number theory" is the opening line. Instead, you took a number-theoretical problem, reinterpreted it geometrically, only to say it's not useful and to go back to number-theoretical arguments? This feels a bit forced... Otherwise this is an okay introduction to diophantine equations and modular arithmetic.
This video dresses up a rudimentary number theory argument with a far-too-ambitious title. In addition, trying to tie it all together in the end with vague generalities seems forced but also hard to follow. If you can't add anything a wikipedia article won't tell you then what's the point.
PDF link if you want a more detailed explanation:
www.dropbox.com/t/gE3No9AXqHNGkKiX
A great channel. Schemes would be great, as always. Seems many are not mature enough to appreciate the supreme content and gentile introductions to all advanced math's here.
Good intro to this topic, thanks.
Thanks. Nice introduction to the topic. In answer to your call for suggestions, I would like to see a comparison and contrast of algebraic geometry and geometric algebra.
9:37 wtf is W numbers which is bigger then naturals but less than integers?
What a surprise that those great videos isn't popular and this channel is not most of people doesn't like great content any more
Hi, I have heard that Euler number is not defined geometrically, how true is that? Would you like to make a video about it?
How you do the animations? Manim? Geogebra?
@@nolsen1937 keynotes
An original suggestion would be to make a video about non-commutative geometry.
woow
This channel is the sh1t dude.
I fail to see where geometry was relevant? When I clicked this video, what I hoped to see geometry applied to number theory, and this is similar to what you announced at the start: "arithmetic geometry, the field which applies algebraic geometry to problems in number theory" is the opening line. Instead, you took a number-theoretical problem, reinterpreted it geometrically, only to say it's not useful and to go back to number-theoretical arguments? This feels a bit forced... Otherwise this is an okay introduction to diophantine equations and modular arithmetic.
This video dresses up a rudimentary number theory argument with a far-too-ambitious title. In addition, trying to tie it all together in the end with vague generalities seems forced but also hard to follow. If you can't add anything a wikipedia article won't tell you then what's the point.
Did not follow that. Never justified why you were doing anything.