A custom simulator matching the requirements of the EWT Project to model subatomic behavior with classical physics. It provides a microscopic look at molecules, atoms, atomic nuclei, particles and spacetime, using the theoretical model from Energy Wave Theory (EWT).
A developer has the flexibility to choose their platform of choice to build a simulation matching the requirements of the EWT Project. The requirements and timeframe of project phases are outlined at http://www.energywavetheory.com/project. The instructions for checking code into the project, including eligibility for the competition and prizes, are outlined at http://www.energywavetheory.com/project/competition-instructions.
The master branch includes code from Cristi Paun, winner of Phase 1. It may be used by developers on future phases of this project.
Two branches exist in this repository as other potential starting points for anyone developing a custom simulator:
- lori-gardi: Using CUDA, granule motion as waves are modeled using a spring-mass system. Developed by Lori Gardi.
- declan-traill: Using Delphi, electron and positron wave behavior is modeled. Developed by Declan Traill.
This project is licensed under the MIT License - see the LICENSE.md file for details