String & Brane Visualizer (.gha Plugin)

🧠 String & Brane Visualizer (.gha Plugin)
📂 Category: Quantum Physics → String Theory
🎓 Created by Wickerson Studios
🛠️ Compatible with Grasshopper for Rhino3D

📜 Overview
StringBraneVisualizerX1 is a powerful Grasshopper plugin node that brings string theory to life through geometric animation. Inspired by advanced concepts in quantum physics, this tool visualizes oscillating strings vibrating across a 2D brane surface — a compelling metaphor from theoretical physics now rendered interactively in 3D.

Perfect for educators, researchers, and computational designers seeking to model wave-particle duality, field vibrations, or multidimensional physics concepts in architectural or scientific visualizations.

✨ Key Features
🎸 Parametric Oscillating Strings – Control string count, resolution, amplitude, frequency, and time.

🕸 2D Brane Surface – Auto-generates a rectangular brane to visualize field interaction.

🔄 Time-Responsive Animation – Add a "Time" slider for live simulation effects.

🔗 Attach to Brane Toggle – Toggle whether strings stretch to the brane or float independently.

🎨 Minimal Footprint – Outputs only curves and one surface for lightweight computation.

🔧 Inputs
N (Integer) — Number of strings

R (Integer) — Points per string (resolution)

A (Number) — Amplitude of vibration

F (Number) — Frequency of oscillation

T (Number) — Time slider for animation

B (Boolean) — Attach strings to brane surface

📤 Outputs
Strings — Curves representing string oscillations

Brane — A rectangular 2D surface

🎯 Ideal For
Quantum & theoretical physics educators

Architects & artists exploring dynamic geometries

Creative technologists seeking expressive waveform simulations

Parametric modelers needing harmonic motion components

🛒 Available Now at: www.wickersonstudios.com
🎁 Includes:

.gha file (Grasshopper plugin)

Icon (24×24)

Documentation PDF

Sample GH definition file

💡 Funded by your purchases and support, Wickerson Studios continues to develop cutting-edge tools merging mathematics, physics, and digital creativity. Help us build the future of visual science.

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