Difference between revisions of "Classification of Physical Structures"
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*[[Waves]]: physical [[Structures of Propagation]] | *[[Waves]]: physical [[Structures of Propagation]] | ||
*[[Vortices]] physical [[Structures of Conservation]] | *[[Vortices]] physical [[Structures of Conservation]] | ||
| − | *[[Physical Interactions]]: | + | *[[Physical Interactions]]: [[Interactions]] that puts in relation the Physical [[Structures of Propagation]] ([[Waves]]), the Physical [[Structures of Conservation]] ([[Vortices]]) and the related [[Physical Events]] that characterize the Dynamics and the Evolution of the Physical Structures of Information, creating [[Mixed Physical Structures]] and more [[Complex Events]] |
*[[Mixed Physical Structures]]: elementary particles come together to form complex structures at all dimensional scales, from hadrons made up of quarks and bosons, to atoms and molecules, through states of matter (gases, liquids, solids, etc.) to huge conglomerates of matter in stars and galaxies. All this through the four fundamental natural forces or modes of interaction. | *[[Mixed Physical Structures]]: elementary particles come together to form complex structures at all dimensional scales, from hadrons made up of quarks and bosons, to atoms and molecules, through states of matter (gases, liquids, solids, etc.) to huge conglomerates of matter in stars and galaxies. All this through the four fundamental natural forces or modes of interaction. | ||
Revision as of 22:19, 30 October 2021
Contents
Definition
Physical Structures of Information, according to their nature, can be classified in two fundamental / pure types and a mixed type produced by various kinds of physical interactions between them:
- Waves: physical Structures of Propagation
- Vortices physical Structures of Conservation
- Physical Interactions: Interactions that puts in relation the Physical Structures of Propagation (Waves), the Physical Structures of Conservation (Vortices) and the related Physical Events that characterize the Dynamics and the Evolution of the Physical Structures of Information, creating Mixed Physical Structures and more Complex Events
- Mixed Physical Structures: elementary particles come together to form complex structures at all dimensional scales, from hadrons made up of quarks and bosons, to atoms and molecules, through states of matter (gases, liquids, solids, etc.) to huge conglomerates of matter in stars and galaxies. All this through the four fundamental natural forces or modes of interaction.
According to their mass density:
- Energy structures: null mass density
- Matter structures: no null mass density
According to the visibility:
Common definition
Links to Wikipedia pages:
Description
See also
- Dynamics of Physical Structures of Information
- Structures of Information
- Physical Structures of Information
- Cognitive Structures - Representations of Reality
- Physical Structures of Propagation
- Physical Structures of Conservation
- Physical Interactions
- Mixed Physical Structures
- Properties of Physical Structures of Information
- TFNR - The Structures of Information
- TFNR - Waves – Radiation
- TFNR - Vortices – Elementary particles of matter
- TFNR - Mixed structures – Complex vortices/particles and interactions
- TFNR - Interactions between matter and radiation
- TFNR - Properties of the Structures of Information and the connected derived forces and fields
- TFNR - The world of granularity: structures and the quantum
- TFNR - Why quantum?
- TFNR - Structures in the quantum world?
- TFNR - Quantum structures and quantum fields?
- TFNR - Potential energy of a quantum field
- TFNR - Wave, Vortices, Interactions: Radiation and Matter
- TFNR - The duality problem: wave vs Particle models of e.m. radiation and particles
- TFNR - Waves and vortices (simple particles) moving in the Field
- TFNR - No point particles, no singularities
- TFNR - The emergence of granularity
- TFNR - Jelly balls in jelly flippers: the weirdness of quantum world
- TFNR - Quantum structures in a continuous world: continuity and quantization
- TFNR - Quantum fields in the terms of the structure and dynamics of the Elementary Field
- TFNR - Fields always exists even when they do not appear: events and phenomena as manifestations of fields
- TFNR - Energy, coherence, correlation
- TFNR - The Standard model of particles is substantially correct, but…
- TFNR - The non-particle nature of the most part of the world
- TFNR - Are we made of baryonic matter?
- TFNR - Gravitational and electromagnetic fields as a partial view of the dynamics of the Elementary Field
- TFNR - A general concept of Inertia
- TFNR - Complex forces and fields
- TFNR - Continuity and quantization, fields and particles, waves and vortices: the duality
- TFNR - Locality, separability, individuation and measurement
- TFNR - Observing Structures from absolute or relative perspectives
Classification
- Topic id: t_ph_struct_classification
- Belongs to the class:
- Has as instances:
- Belongs to the groups:
- Semantic Map: ekm|map=m_ph_dynamics&topic=t_ph_struct_classification
- Semantic Map Test Version: ekmt|map=m_ph_dynamics&topic=t_ph_struct_classification
