The Avril Invariant, Anything but ordinary:
We introduce a dimension‑indexed invariant X^n that captures the intrinsic, scale‑free identity of arithmetic structure prior to geometric realization. The invariant exhibits a canonical progression across the first four dimensions: X^0 is trivial, X^1 defines scale, X^2 introduces chirality‑like symmetry breaking, and X^3 produces the first non‑trivial arithmetic anomaly. Prime‑related anomalies grow monotonically with dimension, suggesting that primes behave as dimension‑dependent scale defects rather than absolute arithmetic primitives. This framework provides a compact pre‑geometric interpretation of dimensional arithmetic and may offer structural insight into exceptional lattices, packing phenomena, and analytic number theory
https://t.co/mRwYrjJJCO
@TeamYouTube Team, it's about time to evolve with time on @youtube
The shift has happened, educators, professors, are giving online lectures, but don't have an option to also send the pdf's they are trying to teach, so students can extract the equations and data.
Change this!
An Autodidact just came up with this idea, BTW!
Good luck, I hope you consider it, I'm sure the academic community will praise you for doing this small effort on your side actually, which will make a world of change for academics in general.
@youtube just think about it, for you guys it's just a couple more lines of code to make a connection with mathlab, and instead of students watching the entire thing, writing everything down again, they can just copy/paste the important parts for them, and save time. win-win
@YouTube This is a SERIOUS matter, and an open question really, but you should SERIOUSLY consider an extra option, for professionals to also include papers, like physicists giving online classes/lectures, so you can extract all the equations in the videos they share!
@CburgesCliff I attempt to explain the cosmological constant with theorem (Hales/Kepler) https://t.co/1u4n6E8TIL & what time is with A Pre‑Geometric Dimension Invariant and Its Associated Arithmetic Anomalies https://t.co/g8Oanwzsdv This can help understand the Riemann hypothesis
@Math_files I attempt to explain the cosmological constant with theorem (Hales/Kepler)
https://t.co/1u4n6E8TIL
and just what time is with A Pre‑Geometric Dimension Invariant and Its Associated Arithmetic Anomalies
https://t.co/g8Oanwzsdv
This one can help understand the Riemann Hypothesis.
@Briankeating https://t.co/g8Oanwzsdv and https://t.co/1u4n6E8TIL , I'll try my best to explain where µ comes from, but it's complicated in a simple way...
@AvrilLavigne A little surprise from Belgium — I’ve been working on a mathematical structure inspired by your music and your energy.
I call it The Avril Invariant.
It’s now published and out in the world: https://t.co/mRwYrjJJCO
Named after you, because just like you and your song… anything but ordinary.
proud of you angel, i'm so disturbed anyone would actually do such things with children and work in a school. That is supposed to be the safe spot of children!
Remember last week when the girls Provo Canyon School’s license was revoked? They’ve now officially shut down the boys. Provo Canyon school underestimated me. They messed with the wrong girl, and now they can never hurt another child again. ❤️
Read more from @jm_miller
https://t.co/326rpSf1fM
@positionses i don't look at the past, I look who's got the biggest impact now, and the results are remarkably the same, @AvrilLavigne by a landslide, still does. Giving up is not in her vocabulary, it's so not Canadian :) not ballers at all...
@AvrilLavigne you know how https://t.co/uXbZRFf2bl made a jacket for @justinbieber ? I always wondered how you would look with her art on your jacket that you can have painted by her, any jacket or clothing, or anything, she creates the art YOU particularly like, japan art!
@Matt_Pinner the mind say, i'll do it for free now, the heart says, no and gives @taylorswift13 the benefit of the doubt (and those are many now, for example, I doubt she's a feminist(mind))