Neural Nucleus Model Low-poly 3D model

Parametrically Generated Neural Nucleus–Axon Architecture

• Ultra high-resolution 12600 triangular solid neuron structure
• 6493 vertices defining precise cortical and axonal geometry
• Axon projection with nucleus core modeled in grid-map topology
• Mathematically accurate solid dataset for scientific visualization
• Generated using Δmension M.u. parametric system

• Game and research ready

• Format: Solid – triangular polygon mesh
• Triangles: ~12600
• Vertices: 6493
• Surface Parameters: [Start: 0, Count: 37800]
• Available Formats: GLTF, USDZ, OBJ, STL
• Material: Simple #d4d4d4 gray color applied
• UV Mapping: Not required – solid color mesh
• Generator: ?mension M.u. parametric curve application

Parametric Design Specifications

LIVE ALGORITHM – VASCULAR NETWORK

A: 10.000

B: -9.909

C: -6.647

DEPTH ANALYSIS

• Scale: MACRO (m)

• Volume: 6.59e+2

FUNDAMENTAL CONSTANTS

• f?p: 13.308 | f×p: 5.083

• h: 6.626×10?³4 J·s

• c: 2.998×108 m/s

• e: 2.718... | G: 6.674×10?¹¹

Professional Quality Asset

• Parametric solid topology of nucleus–axon systems
• High-resolution triangular geometry for neural morphology visualization
• Accurate surface and depth analysis mapped to vascular-style parametric functions
• Research-grade dataset ready for neuroscience, physics, and bioengineering studies
• Compatible with rendering engines, analysis platforms, and 3D printing workflows

Perfect For:

• Neuroscience visualization and teaching
• Neural network morphology studies
• Physics and algorithmic simulations
• Academic and scientific presentations
• Cortical/axon transmission modeling
• Biomedical research illustrations
• Neural architecture visualization
• Material science & topology experiments
• 3D printing (STL export)

File Formats Included

• GLTF: Web-ready format for online visualization
• USDZ: AR-ready format for iOS applications
• OBJ: Universal compatibility with 3D software
• STL: Ideal for 3D printing and prototyping

Geometry Specifications

• Triangles: ~12600
• Vertices: 6493
• Surface Parameters: Start:0, Count:37800
• Scale: MACRO (m)
• Volume: 6.59e+2
• Generator: Δmension M.u. parametric system
• Material: Simple #d4d4d4 gray color