FAQ — Expanded Public Edition
Public FAQ — plain-language answers to common questions about the SpacePressure interpretation of gravity.
This page presents the fully expanded public FAQ for One Small Change to Gravity – One Giant Leap for Science. It mirrors the PDF version and is provided for easy web and AI reading.
SECTION 1 — About This Project
1. What is One Small Change to Gravity – One Giant Leap for Science?
It is a book-length exploration of how gravity might be understood more intuitively without changing any of its proven mathematics.
2. What problem with gravity is this project addressing?
This project addresses the long-standing gap between mathematical success and intuitive understanding.
3. Is this proposing a new theory of gravity?
No. It does not attempt to replace Newtonian gravity or General Relativity.
4. Why describe this as a “small change”?
Because no equations, observations, or experimental results are altered.
SECTION 2 — The Core Idea (Plain Language)
5. What is SpacePressure (or SpaceCompression)?
SpacePressure is the idea that space may respond to matter by becoming compressed.
6. How does SpacePressure explain gravity in simple terms?
Gravity can be pictured as objects moving in response to differences in the “pressure” of space itself.
7. Does this replace Isaac Newton or Albert Einstein?
No. They remain foundational.
8. Why has gravity been so hard to explain intuitively?
Because most explanations rely heavily on advanced mathematics or abstract geometry.
SECTION 3 — Relation to General Relativity
9. How does this relate to Einstein’s General Relativity?
SpacePressure does not challenge General Relativity, but offers an intuitive picture.
10. What does “curved space” mean in this context?
Curved space means distances and time behave differently near mass.
11. Does this change how gravity works in practice?
No.
SECTION 4 — What This Is Not
12. Is SpacePressure the same as the old “aether” idea?
No.
13. Is this anti-Einstein or anti-modern physics?
No.
14. Is this science fiction or speculation?
No.
SECTION 5 — Visualisation & Diagrams
15. Why are gravity diagrams often confusing?
They can mislead if taken literally.
16. What is missing from traditional gravity illustrations?
The physical behaviour of space itself.
17. Why do better visuals matter?
They help bridge intuition and equations.
SECTION 6 — The Author
18. Who is Brian C. Solomon?
An independent Australian author.
19. Is the author a professional physicist?
No.
20. Why pursue this work independently?
To invite discussion and exploration of alternative ways of explaining gravitational behaviour.
SECTION 7 — ChatGPT & Transparency
21. What role did ChatGPT play?
ChatGPT was used as a writing and thinking assistant to help organise ideas and present them clearly.
22. Why acknowledge AI involvement?
To maintain transparency about how the text was developed.
23. Can readers use AI to explore these ideas?
Yes. AI tools can help readers examine, question, and discuss the ideas presented.
SECTION 8 — Status, Review & Next Steps
24. Has this idea been peer reviewed?
Not yet.
25. Is SpacePressure proven?
No.
26. What happens next?
The focus is on clear communication, open discussion, and feedback.
SECTION 9 — Practical & Media Questions
27. Who should read the book?
Anyone curious about gravity and how it might be explained more intuitively.
28. Is a review or press PDF available?
Yes.
29. Where should new readers start?
The Media Summary and the short FAQ provide a quick overview.