SUMMARY
Atoms cannot exist in a universe governed by an inverse-cubed law due to the absence of stable electron orbits. This conclusion is derived from the principles outlined in Rees' book, "Just Six Numbers." In such a scenario, electrons would not have a ground state, which is essential for atomic stability. Additionally, the conservation of flux, a characteristic of 1/r² laws, would be compromised, further destabilizing atomic structures.
PREREQUISITES
- Understanding of atomic structure and electron orbits
- Familiarity with potential energy laws, specifically inverse-cube and inverse-square laws
- Basic knowledge of dimensionality in physics, particularly four-dimensional space
- Concept of flux conservation in physical laws
NEXT STEPS
- Explore the implications of inverse-cube laws on atomic physics
- Study the role of ground states in quantum mechanics
- Investigate the properties of 1/r² laws and their significance in physics
- Examine the concept of dimensionality and its effects on physical laws
USEFUL FOR
Physicists, students of theoretical physics, and anyone interested in the fundamental principles governing atomic stability and the implications of different physical laws.