Sirsty 1 | Sirsty Workbench |

For point N = 1..100radius R = N velocity V = acceler a =
Speed X Step Arm Size / / Arms / / Arm Symmetry / Step Size |

Sirst = Spiral of Inverse Radius Space Time.

A Sirst portrays a number of points moving at uniform speed in their own circles. Each Sirst has a velocity ( radius ) function that it employs to determine
the speed of each point in the spiral.

Sirsty Type # | Tangential velocity V as a function of radius R |
Inward acceleration a as a function of radius R |

1 | V = 1 / R ^ (0) | a = 1 / R ^ 1 |

2 | V = 1 / R ^ (1/2) | a = 1 / R ^ 2 |

3 | V = 1 / R ^ (1) | a = 1 / R ^ 3 |

4 | V = 1 / R ^ (3/2) | a = 1 / R ^ 4 |

5 | V = 1 / R ^ (2) | a = 1 / R ^ 5 |

Each Sirsty type fits the equation for circular orbitals physics that relates velocity v to acceleration a. Namely, V^ 2 / R = a.

Fex, take Sirsty type 1. V^ 2 = 1/ R^(0) * 1 / R (0). And V^2 / R = 1 * 1 / R = 1 / R ^ 1.

Velocity v (y-axis) versus radius R (x-axis).