Gravitational Waves - Revision history

Paolo: /* Definition */

2021-10-02T19:18:27Z

‎Definition

Paolo: /* Definition */

2021-10-02T19:18:01Z

‎Definition

Paolo: /* Definition */

2020-05-22T16:11:08Z

‎Definition

Paolo: /* Definition */

2020-05-22T16:00:51Z

‎Definition

Paolo at 15:50, 22 May 2020

2020-05-22T15:50:51Z

Paolo at 15:48, 22 May 2020

2020-05-22T15:48:39Z

Paolo: Created page with "'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".''' In a broad sense, they are Structures of Information. In particular, '''we can..."

2020-05-22T15:46:16Z

Created page with "'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".''' In a broad sense, they are Structures of Information. In particular, '''we can..."

New page

'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".'''

In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] in the terms of the [[Dynamics of the Action]]''', or, even in more detail, in the terms of the [[Dynamics of Physical Action]], as Structures of [[Translation]] of [[Perturbation]].

They act as a translation of a process of alternance between '''compression end expansion of the [[Elementary Action]]''', in the [[Mode of Action|mode]] that we call [[Perturbation]], in the dynamics of the [[Elementary Field]].

In a sense closer to conventional physics, we can say that these kind of [[Waves]] propagate "negative and positive mass density" in space-time.

In conventional scientific language (in General Relativity), GW are described as waves that propagate in space gravitational perturbances, perturbances of the curvature of space-time.

@@ Line 2: / Line 2: @@
 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion", [[Perturbation]] in [[Translation]].'''
+'''Gravitational Waves (GW), in their essence, are to be intended as "[[Mass]] in [[Motion]]", [[Perturbation]] in [[Translation]].'''
 In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] 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 [[Perturbation]].

@@ Line 2: / Line 2: @@
 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".'''
+'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion", [[Perturbation]] in [[Translation]].'''
 In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] 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 [[Perturbation]].

@@ Line 4: / Line 4: @@
 '''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".'''
-In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] in the terms of the [[Dynamics of the Action]]''', or, even in more detail, in the terms of the [[Dynamics of Physical Action]], as Structures of [[Translation]] of [[Perturbation]].
+In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] 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 [[Perturbation]].
 They act as a translation of a process of alternance between '''compression end expansion of the [[Elementary Action]]''', in the [[Modes of Action|mode]] that we call [[Perturbation]], in the dynamics of the [[Elementary Field]].

@@ Line 13: / Line 13: @@
 == Common definition  ==
-{{WpLink}}
+{{WpPages}}
+*[https://en.wikipedia.org/wiki/Gravitational_wave Gravitational wave]
 == See also ==

← Older revision		Revision as of 15:48, 22 May 2020
Line 1:		Line 1:
		+	{{EkbSchemaXmlLoad-en\|1={{PAGENAME}} }}
		+	== Definition ==
		+	{{Def-en\|1={{PAGENAME}}}}
	'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".'''		'''Gravitational Waves (GW), in their essence, are to be intended as "mass in motion".'''

Line 8:		Line 11:

	In conventional scientific language (in General Relativity), GW are described as waves that propagate in space gravitational perturbances, perturbances of the curvature of space-time.		In conventional scientific language (in General Relativity), GW are described as waves that propagate in space gravitational perturbances, perturbances of the curvature of space-time.
		+
		+	== Common definition ==
		+	{{WpLink}}
		+
		+	== See also ==
		+
		+	{{Template:LinksToTFNR}}
		+	<!--
		+	== Description ==
		+	== Slides ==
		+	== Semantic Maps ==
		+	== Units of measurement ==
		+	== Resources ==
		+	== Notes ==
		+	== References ==
		+	== External links ==
		+	-->
		+	{{Classification}}
		+
		+	{{Categories}}

@@ Line 6: / Line 6: @@
 In a broad sense, they are [[Structures of Information]]. In particular, '''we can describe them as Structures of [[Propagation]] of [[Variation]] in the terms of the [[Dynamics of the Action]]''', or, even in more detail, in the terms of the [[Dynamics of Physical Action]], as Structures of [[Translation]] of [[Perturbation]].
-They act as a translation of a process of alternance between '''compression end expansion of the [[Elementary Action]]''', in the [[Mode of Action|mode]] that we call [[Perturbation]], in the dynamics of the [[Elementary Field]].
+They act as a translation of a process of alternance between '''compression end expansion of the [[Elementary Action]]''', in the [[Modes of Action|mode]] that we call [[Perturbation]], in the dynamics of the [[Elementary Field]].
 In a sense closer to conventional physics, we can say that these kind of [[Waves]] propagate "negative and positive mass density" in space-time.