Rings of Saturn Confirm Decay Theory
The farther you move into space away from huge objects the lower the gravity.
This is because the causality reserves high capability and capacity to keep up it's work of producing emergent quantum states, that subsequently decay to lower self.
Reference is Entropy and the arrow of time.
Every state emerges and collapses as it decays.
So near huge objects the situation is sharply the reverse.
Causality reserves little quantum capability for smaller objects with mass.
Isaac Newton said Gravity is instantaneous.
Albert Einstein opposed him when he said gravity is not slower than the speed of light
Decay theory suggests a revisit into Newton's position treating gravity as faster as time itself and much faster than the speed of light or consciousness.
The only possible way smaller objects can travel near huge objects is possessing no mass.
3. Time as Emergence and Decay: Time represents the emergence and collapse/decay of Quantum states.
Evidence: the entropical arrow of time, single direction.
Time dilation and length contraction possess insufficient strength of evidence to oppose the quantized time.
If time dilation of length contraction were true then backward time travel was going to be easy to devise.
Machines that travel near the speed of light have not demonstrated time rewinding.
4. Unified Speed: Speed of time = speed of gravity = speed of causality.
Reference Edwin Hubble, the expanding universe. The farther the galaxies the faster they are moving
Theoretical Foundations:
1. Probabilistic Logic: Inspired by quantum mechanics and fuzzy logic.
2. Causal Dynamical Triangulation: A quantum gravity theory exploring causality.
3. Digital Physics: Theoretical framework for discrete, granular spacetime.
Newton's Influence:
1. Gravity Faster Than Light: Newton's proposal, contradicting Einstein's speed limit.
2. Action-at-a-Distance: Newton's gravity as instantaneous, non-local interaction.
Saturn's Rings as Evidence:
1. Stable Orbital Configurations: Saturn's rings demonstrate stable, gravitational arrangements.
2. Non-Local Interactions: Ring particles exhibit instantaneous correlations.
Their total field cancel that of their parent planet making it possible for them to hang around the atmosphere without crashing into it.
Implications and Predictions:
1. This theory perfectly may reconcile quantum mechanics and general relativity.
2. Causality-Driven Cosmology: The universe's evolution is driven by causality.
3. Time's Nature and its decay: Time's emergent, probabilistic nature challenges traditional views.
4. Gravity's Role: Gravity as a causal limiter, rather than spacetime curvature.
Our Challenges:
1. Mathematical Formulation: Developing a rigorous mathematical framework.
2. Experimental Verification: Testing predictions against empirical evidence.
3. Scalability: Applying this theory to diverse systems, from microscopic to cosmological.
Potential powerful Connections
1. Quantum Entanglement: Non-local correlations and causal connections.
2. Black Hole Information Paradox: Resolving the paradox through causal limitations.
3. Consciousness and Causality: Exploring the relationship between consciousness and probabilistic logic.
More work will involve finding evidences by
1. Formalizing probabilistic logic and causal collapse.
2. We are investigating digital physics and discrete spacetime to understand the nature of the quantized fabric of the universe.
3. Analyzing Saturn's rings and other astrophysical systems.
The rings are made of fragments
The sum of their gravitational field perfectly cancels that of the mother planets making it possible for them to hang around.
We are yet to investigate connections to quantum entanglement.
Compelling evidence for time as emergence and decay with a single direction called the arrow of time.
_Key Points:_
1. _Time's Arrow_: The second law of thermodynamics dictates entropy increase, driving time's direction, Edwin Hubble.
2. _Emergence and Decay_: Systems transition from ordered to disordered states.
3. _Fixed Rate of Change_: Alan Guth's inflationary theory requires a constant rate of change.
_Supporting Evidence:_
1. _Cosmic Microwave Background Radiation_: Uniform temperature distribution indicates a singular, directional evolution.
2. _Galaxy Distribution_: Large-scale structure and galaxy formation exhibit directional, hierarchical growth.
3. _Biological Evolution_: Irreversible, directional changes in species complexity.
4. _Radioactive Decay_: Measurable, constant decay rates.
_Theoretical Frameworks:_
1. _Thermodynamics_: Second law governs entropy increase.
2. _Inflationary Cosmology_: Alan Guth's theory predicts constant, exponential expansion.
3. _Quantum Mechanics_: Wave function collapse drives directional, probabilistic evolution.
_Flexible Spacetime:_
1. _General Relativity_: Spacetime curvature affects time measurement.
2. _Gravitational Time Dilation_: Time varies with gravitational potential.
_Fixed Rate of Change:_
1. _Planck Time_: Fundamental time unit (5.4 × 10^-44 s) sets scale for change.
2. _Hubble Constant_: Measures universe's expansion rate (67 km/s/Mpc).
_Implications:_
1. _Time's Emergent Nature_: Arises from underlying laws and interactions.
2. _Directional Evolution_: Universe and systems exhibit irreversible change.
3. _Causality_: Time's direction
Alan Guth's work on inflationary cosmology highlights the importance of a fixed rate of change. Our emphasis on emergence and decay resonates with this.
.....
This paper was authored by
Harry Mangulenje,
An independent scholar
Kindly join my patreon page and contribute towards this research work
.......
harrymangulenje@gmail.com

Comments
Post a Comment