Atom vs Time
@warthog12.bsky.social
This is to share theories on physic, time, the cosmos how they react and attempt to solve the remaining wonders of physics
#DynamicalSystems #ChaosTheory #ThreeBodyProblem #NBodyProblem
#NonlinearDynamics #GeometricPhysics #ComputationalPhysics
zenodo.org/records/1728...
#NonlinearDynamics #GeometricPhysics #ComputationalPhysics
zenodo.org/records/1728...
Fractal Correction Engine: π-Based Recursive Curvature Analysis for Orbital Path Prediction
# Fractal Correction Engine (FCE) v2.0: Advanced Trajectory Prediction System ## Abstract Accurate prediction of trajectories in curved spacetime—especially under chaotic or nonlinear forces—remains a...
zenodo.org
December 22, 2025 at 9:26 AM
the approach extracts local geometric structure from observed trajectories and applies bounded, scale-recursive corrections that stabilize evolution without suppressing dynamics.The same correction geometry appears at every scale, from planar motion to multi-body interaction
December 22, 2025 at 9:26 AM
the approach extracts local geometric structure from observed trajectories and applies bounded, scale-recursive corrections that stabilize evolution without suppressing dynamics.The same correction geometry appears at every scale, from planar motion to multi-body interaction
And there paths and how they will be altered, once the paths have been altered you repeat the process for as long as the bodies are moving, the attached simulator simulate 9 different N-body problems, the highest error rate was 0.5% after 300 seconds of simulation time
avril lavigne is holding a microphone and pointing at the camera while singing .
ALT: avril lavigne is holding a microphone and pointing at the camera while singing .
media.tenor.com
September 23, 2025 at 10:15 AM
And there paths and how they will be altered, once the paths have been altered you repeat the process for as long as the bodies are moving, the attached simulator simulate 9 different N-body problems, the highest error rate was 0.5% after 300 seconds of simulation time
By using Pi and the local curvature of the orbits of the bodies we can create a fractal path of the orbit identical to the orbit that can be forecast forward in time, we can use this forecast to know ahead of time when and how the bodies gravity will start affecting eachother
September 23, 2025 at 10:15 AM
By using Pi and the local curvature of the orbits of the bodies we can create a fractal path of the orbit identical to the orbit that can be forecast forward in time, we can use this forecast to know ahead of time when and how the bodies gravity will start affecting eachother