Index:Distant Worlds: Difference between revisions
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* Inspired by [[Index:Silky Way]] |
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====Terminology==== |
====Terminology==== |
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====[[Anti-De-Sitter Drive|Anti-De-Sitter]]==== |
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<blockquote>A spacetime geometry with constant negative curvature, often used in theoretical physics and string theory. Unlike flat or positively curved spaces, AdS has a boundary at infinity and allows for unique gravitational effects, such as holographic dualities. In Distant Worlds Anti-De-Sitter space takes more subspace approach, as a pocket space inbetween the spatial dimensions of universe, connecting them together with the Anti-De-Sitter curvature.</blockquote> |
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====M-Theory Dimensions==== |
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<blockquote>In Distant Worlds, M-Theory is adapted to describe a larger, more complex geometric hyperstructure in which the familiar three spatial dimensions exist as a subset. While traditional M-Theory postulates 11 dimensions—10 spatial and 1 temporal—these dimensions in Distant Worlds are not merely compactified but instead form an intricate, higher-dimensional framework that governs the interactions of matter, energy, and spacetime. The additional dimensions play a crucial role in shaping the universe’s deeper physical laws, influencing phenomena such as gravitational electromagnetism, interdimensional couplings, and the stability of Bridges.</blockquote> |
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====Subspace==== |
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<blockquote>A transitional realm existing between conventional spatial dimensions. Unlike fully realized higher dimensions, subspace is a lower-energy, partially accessible layer that facilitates interstellar travel, information transfer, and exotic physics interactions. In Distant Worlds, Anti-De Sitter space functions as a form of subspace, bridging spatial dimensions.</blockquote> |
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====Fractals==== |
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<blockquote>Fractals are self-similar geometric structures that exhibit patterns repeating at different scales. Unlike smooth Euclidean shapes, fractals possess fractional dimensions, meaning their complexity increases with magnification. In physics, fractals appear in diverse areas such as turbulence, quantum field theory, and spacetime structure, higher spatial dimensions, and key feature of Fracton D-Particle.</blockquote> |
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====Orbital Angel==== |
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<blockquote>The Orbital Angel refers to the defensive infrastructure of the Archangels, stationed in orbit around specific celestial bodies. These structures serve as both protective barriers against potential threats and as enforcers of quarantine protocols when necessary.</blockquote> |
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====Lotus==== |
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<blockquote>is the unofficial name given by Harrison Wells to the Archangels’ vast research and observation archive, located on the planet Nova. The facility, named for its resemblance to a lotus flower.</blockquote> |
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====[[Lagrangian Conflux#Lagrangian Lullaby|Lagrangian Lullaby]]==== |
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<blockquote>Gravitational Wells (Not to confuse with Gravitational Well Black Holes) usually on L4 or L5, is concentration of chemical diversity causing creation of simple single or more complex celled organisms around binary neutron stars releasing enourmous wind of neutrons to interact with free protons, decayed neutrons create electrons which bind with new atomic cores.</blockquote> |
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====[[Lagrangian Conflux]]==== |
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<blockquote>The term "Lagrangian Conflux" introduced during the Scientific Assembly in the early 25th century, encompasses three distinct cosmological phenomena: Lagrangian Clouds, Lagrangian Storm Clouds, and Lagrangian Lullabies.</blockquote> |
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====Gravitational Well==== |
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<blockquote>[[Gravitational Well]] is rename of previous model of "Black Holes" which indicate a class of celestrial body with core consisting of extremly dense Gravitino concentration.</blockquote> |
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Revision as of 09:49, March 24, 2025
- Inspired by Index:Silky Way
Terminology
Fermions are matter particles and are split into two families:
- Quarks (Up, Down, Strange, Charm, Top, Bottom)
- Leptons (Electron, Muon, Tau, and their corresponding Neutrinos)
Simplified model of nucleons
Quarks bond via gluons to form larger particles like protons and neutrons, which combine with electrons to create atoms.
Bosons mediate the fundamental forces of the universe:
- Photons carry electromagnetic force.
- Gluons mediate the strong nuclear force, which binds quarks together.
- W and Z bosons govern the weak nuclear force, responsible for certain types of decay.
- The Graviton (hypothetical) mediates gravity, propagating through higher dimensions.
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A spacetime geometry with constant negative curvature, often used in theoretical physics and string theory. Unlike flat or positively curved spaces, AdS has a boundary at infinity and allows for unique gravitational effects, such as holographic dualities. In Distant Worlds Anti-De-Sitter space takes more subspace approach, as a pocket space inbetween the spatial dimensions of universe, connecting them together with the Anti-De-Sitter curvature.
M-Theory Dimensions
In Distant Worlds, M-Theory is adapted to describe a larger, more complex geometric hyperstructure in which the familiar three spatial dimensions exist as a subset. While traditional M-Theory postulates 11 dimensions—10 spatial and 1 temporal—these dimensions in Distant Worlds are not merely compactified but instead form an intricate, higher-dimensional framework that governs the interactions of matter, energy, and spacetime. The additional dimensions play a crucial role in shaping the universe’s deeper physical laws, influencing phenomena such as gravitational electromagnetism, interdimensional couplings, and the stability of Bridges.
Subspace
A transitional realm existing between conventional spatial dimensions. Unlike fully realized higher dimensions, subspace is a lower-energy, partially accessible layer that facilitates interstellar travel, information transfer, and exotic physics interactions. In Distant Worlds, Anti-De Sitter space functions as a form of subspace, bridging spatial dimensions.
Fractals
Fractals are self-similar geometric structures that exhibit patterns repeating at different scales. Unlike smooth Euclidean shapes, fractals possess fractional dimensions, meaning their complexity increases with magnification. In physics, fractals appear in diverse areas such as turbulence, quantum field theory, and spacetime structure, higher spatial dimensions, and key feature of Fracton D-Particle.
Orbital Angel
The Orbital Angel refers to the defensive infrastructure of the Archangels, stationed in orbit around specific celestial bodies. These structures serve as both protective barriers against potential threats and as enforcers of quarantine protocols when necessary.
Lotus
is the unofficial name given by Harrison Wells to the Archangels’ vast research and observation archive, located on the planet Nova. The facility, named for its resemblance to a lotus flower.
Gravitational Wells (Not to confuse with Gravitational Well Black Holes) usually on L4 or L5, is concentration of chemical diversity causing creation of simple single or more complex celled organisms around binary neutron stars releasing enourmous wind of neutrons to interact with free protons, decayed neutrons create electrons which bind with new atomic cores.
The term "Lagrangian Conflux" introduced during the Scientific Assembly in the early 25th century, encompasses three distinct cosmological phenomena: Lagrangian Clouds, Lagrangian Storm Clouds, and Lagrangian Lullabies.
Gravitational Well
Gravitational Well is rename of previous model of "Black Holes" which indicate a class of celestrial body with core consisting of extremly dense Gravitino concentration.