Is the concept of provability black and white? In this video, I provide a short introduction to logic and number theory and explain Gödel's Incompleteness Theorem.
UA-cam recommended me (a guy from Poland) a video where a black girl, who apparently has a channel called PENTAGON, talks for three minutes about Gödel's incompleteness theorem. Video with 877 views in 2 days. It must be something great - I knew it in advance.
The a-dimensionality of an infinitely small point on the numbers ruler is in contradiction with the modular a-dimensionality of a fractal. So, from a fractal point of view, the foundation of measurement is impossible.
That's something that's also amazed me. Startalk has an very insightful video that explains just this. What makes it even more exciting is that the fractal constructing any measured surface can be a decimal dimension!
Hi, tomorrow is my math's exam and i am studying probability and u r video come in recommendations, and after i watch it, i am thinking 'can i prove that tomorrow i gonna pass or fail ' like this AXIOMS i am thinking i don't need to prove this "i am gonna fail". Math's is tough to prove . Wish me luck
lol if you try this on an actual Boolean computer it’s just like “if you say so” and pretends it’s false. Because meta data is a description and not a question. It just takes it as a fact and assigns it the value of false and moves on.
this is easily the best explanation I've heard of these concepts. i love GEB but wish hofstadter had been this clear and concise
UA-cam recommended me (a guy from Poland) a video where a black girl, who apparently has a channel called PENTAGON, talks for three minutes about Gödel's incompleteness theorem. Video with 877 views in 2 days. It must be something great - I knew it in advance.
I am from Romania and it recommended me also
This is mind blowing 🤯. Fantastic video. Keep up the good work! I’m the biggest fan of your work!!!
@@channaduminda5072 It means a lot to me!
I love the video, I am a big fan of you!!
This is amazing!!!
The a-dimensionality of an infinitely small point on the numbers ruler is in contradiction with the modular a-dimensionality of a fractal. So, from a fractal point of view, the foundation of measurement is impossible.
That's something that's also amazed me. Startalk has an very insightful video that explains just this. What makes it even more exciting is that the fractal constructing any measured surface can be a decimal dimension!
Hi, tomorrow is my math's exam and i am studying probability and u r video come in recommendations, and after i watch it, i am thinking 'can i prove that tomorrow i gonna pass or fail ' like this AXIOMS i am thinking i don't need to prove this "i am gonna fail".
Math's is tough to prove .
Wish me luck
Wow, I wish you all the best! And don't worry, I'm sure you'll pass with flying colours :)
@@pentagon-math Hmmm, i hope so. And i will thanks u if i get good marks tomorrow
or i will thank u any way for the 'Flying colours wishes hahah'
Hi 🙂. Guess what I am "Fail" and I proved my AXIOMS. 🥲🥲
lol if you try this on an actual Boolean computer it’s just like “if you say so” and pretends it’s false. Because meta data is a description and not a question. It just takes it as a fact and assigns it the value of false and moves on.
why this video on my recomendation? wtg
Say you are older then me im 20 btw (coz im feeling jealous from ur math knowledge
I’m not 🙂