alpha-omega-gravity

Create a mini-application called 'GravityExplorer' that leverages the Python package 'alpha-omega-gravity', which has successfully unified gravity and electromagnetism. This application will allow users to visualize and explore the effects of these forces on various objects and scenarios.

Step 1: Define the Core Functionality
- Users should be able to input the properties of objects such as mass, charge, and position.
- Calculate the combined gravitational and electromagnetic forces acting on these objects using the 'alpha-omega-gravity' package.

Step 2: Implement Visualization Features
- Use matplotlib or a similar library to create dynamic visualizations of the force fields around the objects.
- Allow users to manipulate the position and properties of objects in real-time to see changes in the force fields.

Step 3: Add Simulation Capabilities
- Integrate physics engines like Pygame or PyBullet to simulate the motion of objects under the influence of the calculated forces.
- Provide options for different environments (e.g., vacuum, atmosphere) that affect the strength and behavior of the forces.

Step 4: Enhance User Interaction
- Develop a user-friendly GUI using Tkinter or PyQt that allows easy input of object properties and viewing of simulations.
- Include educational content explaining the unification of gravity and electromagnetism, and how the simulation works.

Utilization of 'alpha-omega-gravity':
- Import the unified force calculation functions from the package to compute the resultant force on each object based on its mass and charge.
- Use the package's visualization tools to display the combined gravitational and electromagnetic field lines around the objects.
- Apply the package's simulation capabilities to accurately model the interaction between objects over time.