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
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
#NBodyProblem
#ThreeBodyProblem
#DeterministicChaos
#OrbitalMechanics
#FractalForecasting
#Spacetime
#Entropy
#Gravity
#TimeIsAFunction
#InitialConditions
zenodo.org/records/1620...
#ThreeBodyProblem
#DeterministicChaos
#OrbitalMechanics
#FractalForecasting
#Spacetime
#Entropy
#Gravity
#TimeIsAFunction
#InitialConditions
zenodo.org/records/1620...
The Recursive Nature of Physics a Fully Deterministic Solution to The Three Body Problem and All N-Body Problems updated 5 body accuracy
Fractal Correction Engine for Multi-Body Dynamical Systems Abstract We present a novel computational framework for extending trajectory prediction horizons in chaotic multi-body dynamical systems thro...
zenodo.org
September 20, 2025 at 1:42 AM
N-body problems for 300 seconds with the highest error rate being 0.5% and perfect prediction with a 0.0% error rate for the Sitnikov problem.
THE 3 BODY PROBLEM HAS BEEN SOLVED
THE 3 BODY PROBLEM HAS BEEN SOLVED
September 20, 2025 at 1:42 AM
N-body problems for 300 seconds with the highest error rate being 0.5% and perfect prediction with a 0.0% error rate for the Sitnikov problem.
THE 3 BODY PROBLEM HAS BEEN SOLVED
THE 3 BODY PROBLEM HAS BEEN SOLVED
to affect their trajectories and calculate the new trajectories after they have affected each other, we then repeat the process for the entirety of the time the N-bodies are in motion, this enables an accurate deterministic solution to the 3 body problem, the below simulator simulates 9 different
September 20, 2025 at 1:42 AM
to affect their trajectories and calculate the new trajectories after they have affected each other, we then repeat the process for the entirety of the time the N-bodies are in motion, this enables an accurate deterministic solution to the 3 body problem, the below simulator simulates 9 different