A stunning visualization born from a collaboration with @manlius.bsky.social: 55,486 galaxies and 29,555 streamlines tracing how matter flows across our local universe, built on data from the CosmicFlows-4 project. Article in the first reply 👇

@Manlius incredible work! I only ever managed some static plots from the data sets.

@Manlius Thank you! Made with python and pygfx!

Code:

@Manlius Absolutely brilliant visualization! Meanwhile we have to go to the other end of the universe just to get one single photon

@Manlius It is slime mold pattern...

@roydherbert @Manlius I’ve seen this before in a vision. Like a light web connecting everything!

@Manlius applause!!

@Manlius This is stunning

@Manlius Flows... 😉

@Manlius The "atomic" elements of structure informing the stunning visualizations of data gained from decades of telescopic data. Somewhere there. Within. Informing global structure.

@Manlius It's crazy how much this looks like interneuron connections

@Manlius Beautiful. Truly. On the level of technique. Modern art is found HERE! NOT in the museums and auction houses.

@Manlius #FormFollowsFlow applies at truly cosmological scales. Could this fractal distribution also apply to a naturally-selected Multiverse?

@Manlius Love it

@Manlius The Holographic Paradigm v44: Quantum Holographic Encoding, Fractional Winding Signatures, Entanglement Geometry, M-Theory Correspondence, and Resolution of the Vacuum Catastrophe via Ray-Singer Torsion

@Manlius È meraviglioso

@Manlius Astounding

@Manlius If this is true, then this will help us explain the expansion and contraction at the quantum level. As above so below and visa versa to infinity.

@Manlius To me, this resonates as a dodecahedral honeycomb structure. I think that the 4D & 5D polytopes are real components of astrophysical systems via flow, in time, of whole systems. In other words, a 120 cell /600 cell genuinely maps a galaxy, as a whole system, via their inversion.

@Manlius Are rectangular coordinates the natural way to represent/visualize/generate ...or does it even matter for systems like that? (assuming the box reflects the geometry of the visualization as generated... ...is that accurate?)

@Manlius Evaluating digital privacy requires comparing it with alternative approaches under realistic constraints over the next decade.

@Manlius

@Manlius Amazing visuals! Not to step on any toes or steal your thunder, but it’s quite similar to ours! Though yours is visually stunning! The parallels are quite stark, no!? Similar wavelengths! Great work! Happy hunting!

@coherence @Manlius Insane! Just thanks a lot

@Manlius Stunning!

@Manlius Love this one.

@Manlius What is fascinating is the apparent density of galaxies in almost threads and almost nothing in between. Yet even in these “dense” areas, they are still virtually empty of visible matter (emitting EMR)

@Manlius It is quite the dynamic system.

@Manlius Is that blue structure left the Vela supercluster?

@Manlius

@Manlius Hi, my work predictes exactly this kind of pressure-gradient look. Would enjoy a discussion.

@Manlius 🔥

@jamiesfocus @Manlius So are these like incredibly vast Birkeland currents?

@Manlius A tree