Prez
Chrono Cadet
[H2 id='SIZE4BTaking+things+up+a+few+notches++laying+some+of+the+groundwork+for+more+meaningful+discussions+on+the+multiverse+and+its+practical+applications.+BSIZE']Taking things up a few notches & laying some of the groundwork for more meaningful discussions on the multiverse and its practical applications. [/H2]
[H2 id='Multiversal+Mechanics+Framework']Multiversal Mechanics Framework[/H2]
[H3 id='Introduction']Introduction[/H3]
This framework establishes a theoretical foundation for exploring the concept of a multiverse, where multiple universes exist with distinct sets of events and physical laws. It aims to provide a basis for understanding universe interactions, the impact of observation, entanglement, and information conservation across the multiverse.
[H3 id='Axioms']Axioms[/H3]
The converged state of two or more universes, where identical sets of events occur, is denoted as "E", indicating a universe where PAdam=PEve and PAdam Δ PEve=∅, signifying a complete alignment and successful convergence.
[H2 id='Multiversal+Mechanics+Framework']Multiversal Mechanics Framework[/H2]
[H3 id='Introduction']Introduction[/H3]
This framework establishes a theoretical foundation for exploring the concept of a multiverse, where multiple universes exist with distinct sets of events and physical laws. It aims to provide a basis for understanding universe interactions, the impact of observation, entanglement, and information conservation across the multiverse.
[H3 id='Axioms']Axioms[/H3]
- Existence of the Multiverse (EM): An infinite number of universes, each with unique events and laws.
- Measurability of Universes (MU): Universes have quantifiable properties, allowing for comparison and analysis.
- Interactivity of Universes (IU): Universes can interact, leading to convergence or divergence.
- Observer Influence (OI): Observation can influence a universe's state, highlighting the quantum mechanics observer effect.
- Observer-Created Realities (OCR): Observations and measurements create or select distinct quantum realities, crafting unique universes based on choices.
- Inter-Universe Connectivity (IUC): Universes with high intersection in event sets are in constant interaction, closely linked despite minor RV differences.
- Classification of Events:
- Fixed Points (I) and Flux Points (Y) represent events unchanged or variable across universes.
- Universe States:
- A universe’s state is defined by its event set P, a combination of fixed and flux points: P= {Yi, Ii, ..Yn, In}.
- Reality Value (RV):
- Events in a universe are assigned numerical values, aggregated into the RV, quantifying the universe’s state.
- Convergence and Divergence:
- Processes by which universes become more alike or distinct, influenced by shared information or observations.
- Convergence: Universes becoming more alike through the growing intersection of universes (PAdam ∩ PEve)
- Divergence: Universes becoming dissimilar through growing symmetrical differences (PAdam Δ PEve)
- Multiversal Entanglement (ME):
- Certain events or states are entangled across universes, affecting each other non-linearly.
- Non-linearity of entangled events can lead to the appearance of time travel & resolution of paradoxes.
- Conservation and Transformation of Information (CTI):
- Information transforms across universe interactions but is conserved across the multiverse.
The converged state of two or more universes, where identical sets of events occur, is denoted as "E", indicating a universe where PAdam=PEve and PAdam Δ PEve=∅, signifying a complete alignment and successful convergence.