The question
What physical process creates additional spatial separation when the universe expands?
General relativity describes expansion. Dark energy names the acceleration. We ask whether the underlying operation can be understood, and one day reproduced, as a physical process.
Support
What funding will support
Initial funding establishes a small interdisciplinary effort across theoretical physics, computational science, mathematics, and experimental collaboration.
- Theoretical research
- Computational spacetime simulations
- High-performance computing
- Scientific software development
- Collaboration with physicists and mathematicians
- Publication, peer review, workshops, and research meetings
- Experimental feasibility studies and prototype experiments when justified
First milestone
A deliberate near-term goal
Develop a mathematically consistent computational model that connects an underlying information-processing operation to an emergent spacetime geometry and produces testable physical predictions.
Only after that, and after identifying an experimental system that can test at least one distinctive prediction, would the project advance toward synthetic spacetime experiments.
Donate
Help build the research
Your donation advances Project Computational Space through Theoremspace, from models that respect established physics to predictions that can be tested.
Before you donate, please read the Donation Agreement. Contributions are voluntary gifts to Theoremind LLC for Project Computational Space, not investments, purchases, or loans, and they are final and nonrefundable once accepted.
Secure payments are processed by PayPal. By donating, you agree to the Donation Agreement. For the full scientific program, principles, and long-term vision, read Project Computational Space.