S.R. Hadden
40.7K posts

S.R. Hadden
@BecomingPhill
Husband | Daddy! | Founder of things | Eholoko Fluxon Model | Bitcoin | npub1s5gp0puqjgjxsur3nye26z784zvjj3z223mlv27k54rt4z2sytuquqgkpr

Run your own Cosmogenesis simulation. A100 or better recommended. Full grid resolution can be scaled up or down. Code in first 5 cells should not be modified. Checkpoints will total about 30Gb if set at 1024^3 Jupyter notebook: github.com/BecomingPhill/…


Here I attempt to falsify the Harmonic Density States as a physical phenomenon via sweeping for eholokon/soliton formation via the NLKG equation using five random seeds, two timestep scales and three density thresholds. A total of 5040 simulations were ran on an A100 and G4 twice on each runtime, results returned exactly 87 stable states per seed, exactly 145 per threshold. Uniform results on each run. colab.research.google.com/drive/1Mp_ah_d…


Communion between Christians and Muslims takes shape under the mantle of Our Lady of Africa. Here, in #Algeria, the maternal love of Lalla Meryem gathers everyone as children, within our rich diversity, in our shared aspiration for dignity, love, justice, and peace. In a world where division and wars sow pain and death, living in unity and peace is a compelling sign. #ApostolicJourney





EFM simulations, for most cases, run on cubic grids and are resolution dependent. The largest grid simulated so far is 1024^3 using an 8 core CPU 80GB RAM with Nvidia A100 SXM 80GB GPU running the Google Colab notebook execution environment

Dear Friends , following Loeb's Hypothesis that the 3I/ATLAS is an ET probe-which I support-why would it target Mars for a very close flyby? Answer: it, or precursor probes, have remotely detected the Gamma Ray footprints of Massive Thermonuclear Explosions on Mars in the past.


