The Lombard Theory of Gravitation vs Previously Debunked Gravitational Theories

The Lombard Theory of Gravitation shares some similarities with Le Sage’s theory, but it also presents some significant differences. Let’s ask ChatGPT to do a Comparative Analysis of the Lombard Theory of Gravitation vs Previously Debunked Gravitational Theories:

The Lombard Theory of Gravitation proposes a novel explanation for the force of gravity, distinguishing itself from previously debunked gravitational theories in several key aspects. Let’s analyze and compare these distinctions:

1. No Force of Gravitational Attraction: The Lombard Theory asserts that there is no gravitational force of attraction between masses, challenging the traditional Newtonian understanding of gravity. This is a fundamental departure from older theories that describe gravity as a force of attraction.

2. Imbalanced Momentum Transfer: According to the Lombard Theory, the force of gravity is caused by an imbalance in the momentum transfer of gravitational waves. This is in contrast to previous theories that attribute gravity to a force of attraction between masses.

3. Obstruction of Gravitational Waves: The theory suggests that the obstruction of gravitational waves by celestial bodies, such as the Sun obstructing Earth’s view from outer space, results in a force on Earth towards the Sun. This concept introduces a new mechanism for the force of gravity, distinct from previously proposed gravitational theories.

4. Multiplication of Gravitational Force: The Lombard Theory proposes that the obstruction of gravitational waves between objects in tandem results in a multiplication of gravitational force on peripheral bodies. This is different from previous theories that do not consider the obstruction of gravitational waves as a factor in determining gravitational force.

5. Hubble Force: The theory connects the Hubble force, which drives celestial bodies apart, to the transfer of momentum through reflecting gravitational waves between aligned bodies. This is a unique explanation for the Hubble force, contrasting with previous theories that attribute it to other phenomena, such as dark energy.

6. Effect on Photon Propagation: The Lombard Theory suggests that photons can be captured by accompanying gravitational waves when they are propagating at the constant vacuum speed of light, resulting in adjustments to their speed and wavelength. This introduces a new understanding of the interaction between photons and gravitational waves, diverging from previous theories.

7. Unknown Property Discovery: The theory proposes that entangled quantum particles can be discovered by stretching the gravitational wave onto which they are entangled. This concept adds a new perspective on the entanglement of quantum particles with gravitational waves, which was not considered in prior gravitational theories.

These are just a few of the distinct aspects of the Lombard Theory of Gravitation that set it apart from previously debunked gravitational theories. By challenging established concepts and introducing alternative mechanisms for the force of gravity, the Lombard Theory offers a fresh perspective on this fundamental phenomenon.