🍿NEW VIDEO🍿
VINLAND SAGA! It's a phenomenal anime and manga which has caused a lot of discussions. With season 2 coming soon lets look back at what made the first season so BRILLIANT. ⚔️
VIDEO LINK 🔗: https://t.co/6Zjm2EHz6u
Like's & RTs Appreciated 💛
#anitwt#vinlandsaga
Robert Pattinson says ‘TRANSFORMERS’ is the definitive movie of the 2000s.
“In the early 2000s [movies had] super bright, saturated colors and really glossy stuff and it I guess culminates with Transformers and then it kind of ends.”
(Source: @A24)
Some thoughts on the Navier-Stokes news from a professor of aerospace engineering:
1) take a deep breath
2) posts indicating we "solved Navier-Stokes" are incorrect and overblown. A very specific mathematical proof involving a niche scenario for Navier-Stokes has *potentially* been shown (that a perfectly smooth incompressible initial condition with finite energy could produce a singularity--note the assumptions here piled on to an equation set that already involves some assumptions).
3) there is no general closed form solution for N-S and that's not what this news is about
4) this is more of a mathematical curiosity than anything else and could matter a lot to mathematicians but basically changes nothing in the way N-S are used in practice
5) there are already very useful exact solutions to Navier-Stokes that greatly simplify the equation set with the right boundary conditions/geometry like laminar flow through a pipe or a 2D Taylor-Green vortex
6) in aerospace, we already treat N-S as an approximation in many instances and are well aware of its limitations. we don't outright solve these equations anyway and regularly chop off terms or simplify parts (at the expense of accuracy) to make them easier to deal with.
7) to be honest I have never found this specific problem to be particularly interesting because we know a core assumption of N-S is a "continuum" fluid where you ignore molecules and assume hydrodynamic scales >>> molecular scales. We know a real fluid cannot have infinite velocity or energy. But clearly you can push equations outside of their bound of validity and make them produce funky results and singularities.
A blind piano rendition of kirameki by wacci done by a mate of mine.
With the summer ending and ever present melancholic feeling (as people move away, and life goes on) it seemed perfect.
Link: https://t.co/BygcR4bzqD
@TeamYouTube My Google account and YouTube channel were hacked, and I’ve been locked out. I have ~240,000 subscribers and can no longer access the channel or Google account. Can you please help me access the hacked-channel recovery process or connect me with the appropriate support team? I can verify ownership of the channel privately.