Difference between revisions of "Derived structured physical forces and fields"
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At the more complex levels, in the world of [[Waves]] and [[Particles / Vortices]] and their [[Physical Interactions]], the [[Structures of Information]], we can find '''various kinds of [[Derived Physical Forces]] and [[Derived Physical Fields]], as the two complementary aspects of [[Physical Sources]]'''. | At the more complex levels, in the world of [[Waves]] and [[Particles / Vortices]] and their [[Physical Interactions]], the [[Structures of Information]], we can find '''various kinds of [[Derived Physical Forces]] and [[Derived Physical Fields]], as the two complementary aspects of [[Physical Sources]]'''. | ||
| − | In the class of Derived Forces and Fields, we can find what are commonly called '''the fundamental forces and fields of Nature (gravity, electroweak, strong nuclear)'''. In fact, in this [[System of Knowledge]], we consider them as derived forces / fields, not strictly fundamental / elementary, because they derive from something more fundamental / elementary, as different visions of the dynamics of the Primary Source and its two aspects: the Fundamental Force and the Elementary Field. As we shift our view from one to the other of the [[Modes of Physical Action]] ([[Perturbation]], [[Translation]] and [[Rotation]], into its two subcomponents: [[Rotation:Chirality]] and [[Rotation:AxisOrientation]]), we experience the different derived forces / fields and the different [[Phenomena]] produced by their dynamics: | + | In the class of Derived Forces and Fields, we can find what are commonly called '''the fundamental forces and fields of Nature (gravity, electroweak, strong nuclear)'''. In fact, in this [[Evolutionary Knowledge System|System of Knowledge]], we consider them as derived forces / fields, not strictly fundamental / elementary, because they derive from something more fundamental / elementary, as different visions of the dynamics of the Primary Source and its two aspects: the Fundamental Force and the Elementary Field. As we shift our view from one to the other of the [[Modes of Physical Action]] ([[Perturbation]], [[Translation]] and [[Rotation]], into its two subcomponents: [[Rotation:Chirality]] and [[Rotation:AxisOrientation]]), we experience the different derived forces / fields and the different [[Phenomena]] produced by their dynamics: |
*[[Space-time and metric phenomena]] | *[[Space-time and metric phenomena]] | ||
Revision as of 16:53, 5 September 2021
Definition
Forces and Fields are always complementary aspects of Entities, of Sources.
At the most fundamental / elementary level of Reality we can find the Fundamental Force and the Elementary Field, as the complementary aspects of the two Source of Reality, the Primary Source.
At the more complex levels, in the world of Waves and Particles / Vortices and their Physical Interactions, the Structures of Information, we can find various kinds of Derived Physical Forces and Derived Physical Fields, as the two complementary aspects of Physical Sources.
In the class of Derived Forces and Fields, we can find what are commonly called the fundamental forces and fields of Nature (gravity, electroweak, strong nuclear). In fact, in this System of Knowledge, we consider them as derived forces / fields, not strictly fundamental / elementary, because they derive from something more fundamental / elementary, as different visions of the dynamics of the Primary Source and its two aspects: the Fundamental Force and the Elementary Field. As we shift our view from one to the other of the Modes of Physical Action (Perturbation, Translation and Rotation, into its two subcomponents: Rotation:Chirality and Rotation:AxisOrientation), we experience the different derived forces / fields and the different Phenomena produced by their dynamics:
- Space-time and metric phenomena
- Mass and gravitational phenomena
- Motion and kinetic phenomena
- Charge and electric phenomena
- Spin and magnetic phenomena
Common definition
(Link to Wikipedia page: Force).
Description
See also
Classification
- Topic id: t_ph_derived_forces_fields
- Belongs to the class: Agents / Forces
- Has as instances:
- Belongs to the groups:
- Semantic Map: ekm|map=m_ph_dynamics&topic=t_ph_derived_forces_fields
- Semantic Map Test Version: ekmt|map=m_ph_dynamics&topic=t_ph_derived_forces_fields
