Difference between revisions of "Electromagnetic Waves"
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'''Electromagnetic Waves (EMW), in their essence, are to be intended as "charge/spin in motion".''' | '''Electromagnetic Waves (EMW), in their essence, are to be intended as "charge/spin in motion".''' | ||
| − | In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Conservation]] in the terms of the [[Dynamics of | + | In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Conservation]] in the terms of the [[Dynamics of Action]]''', or, even in more detail, in the terms of the [[Dynamics of Physical Action]], as Structures of [[Translation]] of [[Rotation]]. |
They act as a translation of a process of alternance in'''chirality and axis orientation of the [[Elementary Action]]''', in the [[Mode of Action|mode]] that we call [[Rotation]] ([[Rotation#Chirality|Rotation - Chirality]] and [[Rotation#Axis orientation|Rotation - Axis orientation]], in the dynamics of the [[Elementary Field]]. | They act as a translation of a process of alternance in'''chirality and axis orientation of the [[Elementary Action]]''', in the [[Mode of Action|mode]] that we call [[Rotation]] ([[Rotation#Chirality|Rotation - Chirality]] and [[Rotation#Axis orientation|Rotation - Axis orientation]], in the dynamics of the [[Elementary Field]]. | ||
Revision as of 17:10, 22 May 2020
Contents
Definition
Electromagnetic Waves (EMW), in their essence, are to be intended as "charge/spin in motion".
In a broad sense, they are Structures of Information. In particular, we can describe them as Structures of Propagation of Conservation in the terms of the Dynamics of Action, or, even in more detail, in the terms of the Dynamics of Physical Action, as Structures of Translation of Rotation.
They act as a translation of a process of alternance inchirality and axis orientation of the Elementary Action, in the mode that we call Rotation (Rotation - Chirality and Rotation - Axis orientation, in the dynamics of the Elementary Field.
In a sense closer to conventional physics, we can say that these kind of Waves propagate "negative/positive charge and spin orientation" in space-time.
In conventional scientific language, EMW are described as waves that propagate in space electrical/magnetic perturbances.
Common definition
Links to Wikipedia pages:
See also
Classification
- Topic id: t_em_waves
- Belongs to the class: Waves
- Has as instances:
- Belongs to the groups:
- Semantic Map: ekm|map=m_ph_dynamics&topic=t_em_waves
- Semantic Map Test Version: ekmt|map=m_ph_dynamics&topic=t_em_waves
