#modeldomainpersistence — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #modeldomainpersistence, aggregated by home.social.
-
🎂🐈⬛ Happy Birthday, Marvin the Cosmic Cat.
Humans may have solved the Navier–Stokes Millennium Problem.
Marvin and his human had another question:
“Yes, but what exactly is the liquid?”What followed involved viscosity, cream, treacle, glass, molecular forces, dissolved gases, capillary action — and an important distinction:
Mathematical existence ≠ physical persistence of the model.
A mathematical trajectory can remain perfectly valid while its translation into the behaviour of a real material requires another question:
Does the material remain inside the model's applicability domain all the way there?
Marvin explains. Naturally. 😼
#NavierStokes #FluidDynamics #MaterialsScience #Chemistry #ModelDomainPersistence #ScienceWithCats #HybridMind42
-
🎂🐈⬛ Happy Birthday, Marvin the Cosmic Cat.
Humans may have solved the Navier–Stokes Millennium Problem.
Marvin and his human had another question:
“Yes, but what exactly is the liquid?”What followed involved viscosity, cream, treacle, glass, molecular forces, dissolved gases, capillary action — and an important distinction:
Mathematical existence ≠ physical persistence of the model.
A mathematical trajectory can remain perfectly valid while its translation into the behaviour of a real material requires another question:
Does the material remain inside the model's applicability domain all the way there?
Marvin explains. Naturally. 😼
#NavierStokes #FluidDynamics #MaterialsScience #Chemistry #ModelDomainPersistence #ScienceWithCats #HybridMind42
-
🎂🐈⬛ Happy Birthday, Marvin the Cosmic Cat.
Humans may have solved the Navier–Stokes Millennium Problem.
Marvin and his human had another question:
“Yes, but what exactly is the liquid?”What followed involved viscosity, cream, treacle, glass, molecular forces, dissolved gases, capillary action — and an important distinction:
Mathematical existence ≠ physical persistence of the model.
A mathematical trajectory can remain perfectly valid while its translation into the behaviour of a real material requires another question:
Does the material remain inside the model's applicability domain all the way there?
Marvin explains. Naturally. 😼
#NavierStokes #FluidDynamics #MaterialsScience #Chemistry #ModelDomainPersistence #ScienceWithCats #HybridMind42
-
🎂🐈⬛ Happy Birthday, Marvin the Cosmic Cat.
Humans may have solved the Navier–Stokes Millennium Problem.
Marvin and his human had another question:
“Yes, but what exactly is the liquid?”What followed involved viscosity, cream, treacle, glass, molecular forces, dissolved gases, capillary action — and an important distinction:
Mathematical existence ≠ physical persistence of the model.
A mathematical trajectory can remain perfectly valid while its translation into the behaviour of a real material requires another question:
Does the material remain inside the model's applicability domain all the way there?
Marvin explains. Naturally. 😼
#NavierStokes #FluidDynamics #MaterialsScience #Chemistry #ModelDomainPersistence #ScienceWithCats #HybridMind42
-
🎂🐈⬛ Happy Birthday, Marvin the Cosmic Cat.
Humans may have solved the Navier–Stokes Millennium Problem.
Marvin and his human had another question:
“Yes, but what exactly is the liquid?”What followed involved viscosity, cream, treacle, glass, molecular forces, dissolved gases, capillary action — and an important distinction:
Mathematical existence ≠ physical persistence of the model.
A mathematical trajectory can remain perfectly valid while its translation into the behaviour of a real material requires another question:
Does the material remain inside the model's applicability domain all the way there?
Marvin explains. Naturally. 😼
#NavierStokes #FluidDynamics #MaterialsScience #Chemistry #ModelDomainPersistence #ScienceWithCats #HybridMind42