Fractal-Based Craft Concepts

Fractal-Based Craft Designs

Alternative propulsion systems inspired by fractal geometry and electromagnetic principles

Toroidal Vortex Craft

Toroidal Vortex Craft

This design leverages toroidal energy dynamics described in the source material. The craft generates counter-rotating electromagnetic vortices around a central torus structure.

Key Design Principles:

  • Four equidistant electromagnetic generators create intersecting fields that form a stable torus
  • Inner cavity houses a ‚Lynchpin‘ core where electromagnetic fields are compressed and expanded
  • Propulsion comes from controlled magnetic discharge at the equatorial ring
  • Power generation occurs at the poles where energy is concentrated in centripetal motion

Flower of Life Fractal Craft

Flower of Life Fractal Craft

Based on the three-dimensional ‚Flower of Life‘ pattern, this craft uses overlapping spherical field generators to create harmonically balanced propulsion fields.

Key Design Principles:

  • Nineteen field generators arranged in the sacred geometry pattern of the Flower of Life
  • Each generator can phase-shift independently, creating complex field interactions
  • Central ‚AllShape‘ core where all fields converge to create a dimensional resonance point
  • Hull geometry follows curved space principles with no straight lines or sharp angles

Prototype Implementation: Toroidal Field Generator

Physical Layout
Circuit Diagram
Field Visualization
Physical Layout

Key Components:

  • Central Toroid: Largest core with dual perpendicular windings
  • Six Outer Toroids: Arranged in „Seed of Life“ pattern with 60° spacing
  • Control Electronics: Arduino microcontroller, H-bridges, interface circuits
  • Sensors: Hall effect sensors positioned at key field interaction points
  • Base Plate: Non-ferromagnetic material (acrylic or wood)
Circuit Diagram

Circuit Notes:

  • Each toroid has dual windings controlled by separate H-bridge circuits
  • Arduino generates precise waveforms based on Fibonacci or Golden Ratio patterns
  • Hall effect sensors provide feedback on the resulting field configuration
  • Variable power supply allows testing at different energy levels
  • Use PWM frequency of 20kHz+ to eliminate audible noise from coils
Field Visualization

Field Generation Patterns:

  • Fibonacci Sequence: Uses frequencies derived from Fibonacci numbers (1,1,2,3,5,8,13…)
  • Creates natural spiral patterns that mimic organic growth seen throughout nature
  • Each toroid operates at a frequency related to its position in the sequence
  • Phase relationships create harmonic resonance between all elements

Building Your Own Prototype

Materials Needed:

  • Toroidal Cores: 7 ferrite toroids of varying sizes (largest for center)
  • Wire: Enameled copper wire (24AWG, 28AWG, and 32AWG)
  • Controller: Arduino Mega or equivalent with 14+ PWM outputs
  • Drivers: 7 L298N H-bridge motor controllers (or equivalent)
  • Sensors: 10-15 Hall effect sensors (SS49E or equivalent)
  • Power: Variable DC power supply (0-24V, minimum 10A capacity)
  • Structure: Acrylic or wooden base (at least 24″ x 24″)
  • Other: Breadboards, jumper wires, mounting hardware

Construction Steps:

  1. Wind the central toroid with two perpendicular coils (see detailed winding guide)
  2. Build the control circuit connecting the H-bridges to the Arduino
  3. Construct the mounting frame in the „Seed of Life“ pattern
  4. Position Hall effect sensors at key field interaction points
  5. Program the Arduino with the provided control software
  6. Test at low power, increasing gradually while monitoring field effects

Winding Technique:

The specialized winding technique below creates fields that can be independently controlled in perpendicular planes:

  1. Primary Winding: Wind 24AWG wire evenly around the toroid circumference (100-150 turns)
  2. Secondary Winding: Wind 28AWG wire perpendicular to the first (90° offset, 50-75 turns)
  3. For advanced patterns, try the „Fibonacci Progression Winding“ or „Golden Ratio Spiral Winding“