The Leo T By applying my k-flow constant to Keel’s RHCM lattice, we’ve modeled galactic stability at 6000K
​#UFC #RHCM #LeoT #NewPhysics #FluidDynamics #NavierStokes #DarkMatterAlternative #MechanicOfTheUniverse #SciSky
md5:0cfb69eb728d0809f3b0fcc90bc63da7

#NavierStokes #idealism #DonaldHoffman

OpenOceanModels/Exercises/NS_nonlinearadvection_pressure at main · fjmachin/OpenOceanModels Contribute to fjmachin/OpenOceanModels development by creating an account on GitHub.

📎 Code: bit.ly/NS_nonlinear...

🎥 Video: youtu.be/jjFHG5EJeFc

#OpenOceanModels #NavierStokes #FluidDynamics #Bernoulli #Venturi #Oceanography #CFD

Explicit vorticity

#vorticity #explicit #fluidmechanics #turbulence #mathematics #physics #numericalmethods #navierstokes #differential #scalarfield #boundaryconditions #computationalfluidynamics #flowvisualization #vortexdynamics #physicalmodeling

Next, we’ll explore what happens when nonlinear advection interacts with other forces. Stay tuned.

#NavierStokes #FluidDynamics #NonlinearAdvection #Oceanography #OpenOceanModels

New Asymptotic Study Expands IMEX‑RK Accuracy for Navier‑Stokes Regime

Researchers expanded IMEX‑RK analysis, showing both Type I and Type II schemes keep uniform accuracy across Knudsen numbers, with the latest arXiv revision posted on 3 Oct 2025. getnews.me/new-asymptotic-study-exp... #imexrk #navierstokes

New Rotational-Form Burgers Equation Offers Global Well-Posedness

A new 3‑D Burgers‑like equation derived from Navier‑Stokes keeps the energy balance and is well‑posed for smooth data in the viscous case; simulations show chaotic dynamics. getnews.me/new-rotational-form-burg... #navierstokes #burgers

Iterative Projection Improves High‑Reynolds Navier‑Stokes Simulations

An iterative projection method using BDF2 stepping, it delivers divergence‑free velocities and handles high Reynolds numbers with a few projection iterations per step. getnews.me/iterative-projection-imp... #fluiddynamics #navierstokes #simulation

Second‑Order Scheme for 2D Navier‑Stokes with Rough Initial Data

A new fully discrete scheme achieves second‑order convergence for 2D Navier‑Stokes with L² initial data, using Taylor‑Hood or Stokes‑MINI elements and an IMEX Runge‑Kutta with graded steps. getnews.me/second-order-scheme-for-... #navierstokes #fem #imex

New A Posteriori Test Verifies Strong 3D Navier‑Stokes Solutions

A new a‑posteriori test uses negative Sobolev norms of the residual to certify strong Navier‑Stokes solutions on short time windows using finite‑element discretisation. Read more: getnews.me/new-a-posteriori-test-ve... #navierstokes #verification

DRIFT-Net Uses Coupled Neural Operator to Speed PDE Learning

DRIFT‑Net cuts relative L₁ error by 7%–54% and shrinks model size about 15% while keeping higher throughput on Navier‑Stokes benchmarks, according to the authors. getnews.me/drift-net-uses-coupled-n... #driftnet #neuraloperators #navierstokes

Convergence Proof for Finite‑Element Chorin Projection Method in Navier‑Stokes Simulations

A new study proves convergence of a finite‑element Chorin projection method for incompressible Navier‑Stokes equations, released on 26 Sep 2025. Read more: getnews.me/convergence-proof-for-fi... #navierstokes #chorin

DeepMind's AI Just SOLVED a 100-Year-Old 'IMPOSSIBLE' Math Problem What happens when you unleash a powerful Artificial Intelligence on a math problem so difficult, it has stumped the greatest human minds for over a century and comes with a million-dollar prize? You get a glimpse of the future. Let's get this straight: the Navier-Stokes equations are the chaotic, beautiful, and ridiculously complex mathematical rules that govern everything that flows—from the weather on Earth to the stars in the cosmos. For 100 years, they've guarded a deep secret, a question about "singularities" or "blowups," that made them one of the seven "impossible" Millennium Prize Problems. Human mathematicians couldn't crack the code. Until now. In this episode, we're unpacking the jaw-dropping scientific breakthrough where DeepMind's AI didn't just help—it became a "discovery engine." We explore how Physics-Informed Neural Networks (PINNs) were used to find entirely new solutions that were once thought impossible, solutions that have now been verified by human experts. This isn't just a story about mathematics or fluid dynamics; it's about a fundamental shift in how science itself works. We're witnessing the dawn of a new era where AI isn't just a tool, but a creative partner in solving the universe's greatest mysteries. Ready to witness the future of science unfold? Hit play, subscribe, and then tell us in the comments: what "impossible" problem should AI tackle next?

📣 New Podcast! "DeepMind's AI Just SOLVED a 100-Year-Old 'IMPOSSIBLE' Math Problem" on @Spreaker #ai #artificialintelligence #deepmind #fluiddynamics #futureisnow #futuretech #googleai #innovation #machinelearning #mathematics #mindblown #navierstokes #physics #podcast #science #sciencepodcast

Finite Element Method Tackles Navier‑Stokes with Rough Boundary Data

Researchers show a finite element scheme with a very‑weak solution solves Navier‑Stokes equations with L² boundary data while keeping optimal convergence. Read more: getnews.me/finite-element-method-ta... #navierstokes #fem

New Splitting Iteration Boosts Data‑Assisted Navier‑Stokes Solver

A new splitting iteration adds data assimilation to a Picard‑type Navier‑Stokes solver, cutting linear‑solve cost. Lid‑driven cavity tests showed speed‑ups with richer data. Read more: getnews.me/new-splitting-iteration-... #navierstokes #cda

Do invisível ao previsível: soluções numéricas para Navier-Stokes com IMERSPEC. 📖 Confira o artigo completo: doi.org/10.47456/bjp...
#Pesquisa #CiênciaBrasileira #NavierStokes #MétodosEspectrais #Inovação

(PDF) Kakeya Geometry and 3D Navier Stokes PDF | On Jul 15, 2025, Anupama Sridhar published Kakeya Geometry and 3D Navier Stokes | Find, read and cite all the research you need on ResearchGate

vortex calculations actually lead to something maybe! www.researchgate.net/publication/...

#navierstokes #kakeyageometry #mathematicalphysics

Spanish mathematician Javier Gómez Serrano and Google DeepMind team up to solve the Navier-Stokes million-dollar problem A team of researchers and engineers has been secretly working for three years on one of humanity’s most devilish enigmas, the solution of which is considered imminent thanks to artificial intelligence

Article link:
english.elpais.com/science-tech...

#NavierStokes #GoogleDeepMind #DeepMind #MillenniumProblems #Existence #Smoothness #Fluid #FluidDynamics #Turbulence #Dynamics #TurbulentFlows #Research #Engineering #Physics #Math #Maths #Mathematics #UnsolvedProblems #BiggestMystery #Flows

Imagine being a brilliant physicist/mathematician and still avoiding the most important problems because your career depends on publishing frequent papers, not solving the biggest mysteries in the world.

That's why you can't do things like this in academia.

#NavierStokes #MillionDollarProblem

6/
This is entry #8 in the OpenOceanModels series, where we isolate individual terms from Navier–Stokes to better understand geophysical flows.

#OpenOceanModels #NavierStokes #FluidDynamics #Viscosity #OceanModeling #Python #NumericalSimulation

Epic Effort to Ground Physics in Math Opens Up the Secrets of Time | Quanta Magazine By mathematically proving how individual molecules create the complex motion of fluids, three mathematicians have illuminated why time can’t flow in reverse.

Great article about literally thinking outside the box to solve mathematical problems related to the movement of molecules and particles.

www.quantamagazine.org/epic-effort-...

#Mathematics #Boltzman #NavierStokes

💻 Code (Python):
bit.ly/OOM_acoustic...

🎥 Full simulation:
www.youtube.com/watch?v=1aJa...

#OpenOceanModels #NavierStokes #Acoustics #Sound #FluidDynamics #Oceanography #Python

Original post on mastodon.cosmicnation.co

🌊 Scientists have advanced in understanding turbulence, a long-standing puzzle for physicists. This progress aids in solving the Navier–Stokes equations, a major challenge in math and physics, and a Millennium Prize Problem by the Clay Mathematics Institute. Recent developments are crucial for […]

What Is the Turbulence Problem, and When May We Regard It as Solved?
www.annualreviews.org/content/jour...

#FluidDynamics #Physics #NavierStokes #UnsolvedMystery #Mechanics #Dynamics #FluidMechanics #Science #Chaos #TurbulentMotion #Randomness #Chaotic #Fluid #ClassicalMechanics

Original post on fediscience.org

So, I mentioned already that we cannot really model #lava flows. The main reasons for that is that we don't actually know how lava behaves, at least not in sufficient detail.

Of course, lava is a fluid, and a (very) viscous one at that, so we know that it follows the Navier–Stokes equations […]

The flow of a million particles around a circular obstacle. Every 1000th particle is drawn larger in black. The animation was too big to upload so, for now, here's a snapshot. I'm pleased that the vortices seen in the comp sim of #navierstokes equations can be seen.

#genuary #genuary2025 #genuary8

En él presentamos un esquema numérico que nos permite aproximar computacionalmente fluidos (ecuaciones de #NavierStokes) con densidad variable. Demostramos que el esquema preserva las propiedades físicas deseables y lo comprobamos en la práctica