- #1
spacebear2000
- 19
- 0
I've been away from the forum for a while working on an interesting project developing an open source visualization system for spatial manifolds that have four dimensions. I have two primary lines of questioning that stem from this work.
1) I know that Gerris is an open source solution for modeling fluid dynamics in 2D or 3D. Can anyone speak to the extensibility of the physics or software as pertains to modeling flows in 4D spatial manifolds?
2) My understanding is that liquid water is often regarded as a prerequisite for life or living systems; this makes sense given the structure and behavior of its molecules in three-dimensional spatial manifolds. What molecule (in what state) might serve as the basis for life or living systems in a 4D spatial manifold?
To be clear, I am not asking these questions for myself or my team alone; if anyone wishes to join the effort, please check out https://osf.io/dxjeo/wiki/home/
1) I know that Gerris is an open source solution for modeling fluid dynamics in 2D or 3D. Can anyone speak to the extensibility of the physics or software as pertains to modeling flows in 4D spatial manifolds?
2) My understanding is that liquid water is often regarded as a prerequisite for life or living systems; this makes sense given the structure and behavior of its molecules in three-dimensional spatial manifolds. What molecule (in what state) might serve as the basis for life or living systems in a 4D spatial manifold?
To be clear, I am not asking these questions for myself or my team alone; if anyone wishes to join the effort, please check out https://osf.io/dxjeo/wiki/home/