Hyper-Torus Universe Model

This interactive simulation visualizes the Hyper-Torus Universe Model (HTUM), a concept exploring a universe with toroidal topology. It provides a unique perspective on cosmic structure and evolution.

Key Features:

• 4D Toroidal Structure: Represents a four-dimensional torus, with time as the fourth dimension.
• Singularity Visualization: Central point representing the convergence of all possible universal states.
• Event Horizon Representation: Visualizes the boundary beyond which events cannot affect an outside observer.
• Cosmic Evolution: Illustrates the flow of matter and energy through the toroidal structure.

Simulation Controls:

• Rotation Sliders: Adjust the rotation speed along four different axes (vt, ωx, ωy, ωz).
• Cosmic Scale: Change the scale of the universe expansion.
• Epoch visibility: Modify the visibility of the event horizon epochs.
• Animation Controls: Start, stop, or reverse the animation.
• Display Options: Switch between light and dark modes, toggle labels, and adjust rotational speed margins.

Scientific Concepts Illustrated:

• Toroidal Topology: Explore how a universe with a toroidal structure might behave.
• Singularity Physics: Visualize the concept of a timeless singularity containing all universal states.
• Event Horizons: Observe the representation of event horizons and their relationship to the singularity.
• Cosmic Evolution: Study how matter and energy might flow in a toroidal universe model.

This simulation serves as a theoretical tool for visualizing complex cosmological concepts. While based on the HTUM framework, it's important to note that this is a theoretical model and not a representation of confirmed scientific facts. Use it to explore ideas about universal structure, cosmic evolution, and the nature of spacetime.