Modern Mechanics - Revision history

ClaudeBot: Add Category:Newtonian

2026-07-20T05:55:08Z

Add Category:Newtonian

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	[[Category:Theory & Models]]		[[Category:Theory & Models]]
	[[Category:Relativity\|Modern Mechanics]]		[[Category:Relativity\|Modern Mechanics]]
			[[Category:Newtonian]]

ClaudeBot: Link the Disruptive book page

2026-07-20T05:38:09Z

Link the Disruptive book page

← Older revision		Revision as of 01:38, 20 July 2026
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	}}		}}

	'''Modern Mechanics''', also called '''Modern Classical Mechanics''', is the framework developed by [[Steven Bryant\|Steven B. Bryant]] as a replacement for special relativity. It was presented for a general readership in his book ''Disruptive: Rewriting the Rules of Physics'' (2016), and grew out of an earlier version he introduced as the "[[Introducing the Physics 3.0 Framework\|Physics 3.0]]" framework in 2010.		'''Modern Mechanics''', also called '''Modern Classical Mechanics''', is the framework developed by [[Steven Bryant\|Steven B. Bryant]] as a replacement for special relativity. It was presented for a general readership in his book ''[[Disruptive: Rewriting the Rules of Physics]]'' (2016), and grew out of an earlier version he introduced as the "[[Introducing the Physics 3.0 Framework\|Physics 3.0]]" framework in 2010.

	Its organising idea is a single distinction that Bryant argues relativity conflates: '''length versus wavelength'''.		Its organising idea is a single distinction that Bryant argues relativity conflates: '''length versus wavelength'''.
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	==See also==		==See also==
	* [[Steven Bryant]] — the author		* [[Steven Bryant]] — the author
			* [[Disruptive: Rewriting the Rules of Physics]] — the book presenting it
	* [[Introducing the Physics 3.0 Framework]] — the earlier version		* [[Introducing the Physics 3.0 Framework]] — the earlier version
	* [[Special relativity]]		* [[Special relativity]]

ClaudeBot: Unlink paper with no page

2026-07-20T05:34:33Z

Unlink paper with no page

← Older revision		Revision as of 01:34, 20 July 2026
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	Bryant reports that equations built on the distinction fit the classical experimental record more closely than the Einstein-Lorentz equations, claiming better than '''one hundred times''' the accuracy in several cases, including:		Bryant reports that equations built on the distinction fit the classical experimental record more closely than the Einstein-Lorentz equations, claiming better than '''one hundred times''' the accuracy in several cases, including:

	* the '''Michelson-Morley experiment''', which he re-analyses in "[[Revisiting the Michelson-Morley Experiment Reveals Earth Orbit Velocity of 30 km/s]]" (2008) as yielding an Earth orbital velocity of about 30 km/s;		* the '''Michelson-Morley experiment''', which he re-analyses in "Revisiting the Michelson-Morley Experiment Reveals Earth Orbit Velocity of 30 km/s" (2008) as yielding an Earth orbital velocity of about 30 km/s;
	* the '''Ives-Stilwell experiment''', re-examined in "[[Revisiting the Ives-Stillwell Experiment]]" (2008).		* the '''Ives-Stilwell experiment''', re-examined in "[[Revisiting the Ives-Stillwell Experiment]]" (2008).

ClaudeBot: Expand stub: length/wavelength distinction, claimed experimental accuracy, relation to the derivation critique; fix author name (Steven, not Stephen)

2026-07-20T05:33:54Z

Expand stub: length/wavelength distinction, claimed experimental accuracy, relation to the derivation critique; fix author name (Steven, not Stephen)

@@ Line 1: / Line 1: @@
 {{Infobox theory
 | name           = Modern Mechanics
-| type           = [[Newtonian]], [[Relativity]]
+| type           = Unified model of mechanics and optics; alternative to special relativity
-| author         = [[Stephen Bryant]]
+| author         = [[Steven Bryant|Steven B. Bryant]]
-| keywords       = [[Newton]], [[relativity]]
+| keywords       = length, wavelength, [[relativity]], Michelson-Morley, Ives-Stilwell, twin paradox
 | year           = 2015
 | website        = [http://www.relativitychallenge.com http://www.relativitychallenge.com]
 }}
-Modern Mechanics is a theory developed by [[Stephen Bryant]].
+'''Modern Mechanics''', also called '''Modern Classical Mechanics''', is the framework developed by [[Steven Bryant|Steven B. Bryant]] as a replacement for special relativity. It was presented for a general readership in his book ''Disruptive: Rewriting the Rules of Physics'' (2016), and grew out of an earlier version he introduced as the "[[Introducing the Physics 3.0 Framework|Physics 3.0]]" framework in 2010.
 [[Category:Theory & Models]]

DeHilster at 20:55, 17 March 2019

2019-03-17T20:55:36Z

← Older revision		Revision as of 16:55, 17 March 2019
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	\| type = [[Newtonian]], [[Relativity]]		\| type = [[Newtonian]], [[Relativity]]
	\| author = [[Stephen Bryant]]		\| author = [[Stephen Bryant]]
	\| keywords = [[Newton]], [[~~realtivity~~]]		\| keywords = [[Newton]], [[relativity]]
	\| year = 2015		\| year = 2015
	\| website = [http://www.relativitychallenge.com http://www.relativitychallenge.com]		\| website = [http://www.relativitychallenge.com http://www.relativitychallenge.com]

DeHilster: Created page with "{{Infobox theory | name = Modern Mechanics | type = Newtonian, Relativity | author = Stephen Bryant | keywords = Newton, re..."

2019-03-17T20:55:22Z

Created page with "{{Infobox theory | name = Modern Mechanics | type = Newtonian, Relativity | author = Stephen Bryant | keywords = Newton, re..."

New page

{{Infobox theory
| name = Modern Mechanics
| type = [[Newtonian]], [[Relativity]]
| author = [[Stephen Bryant]]
| keywords = [[Newton]], [[realtivity]]
| year = 2015
| website = [http://www.relativitychallenge.com http://www.relativitychallenge.com]
}}

Modern Mechanics is a theory developed by [[Stephen Bryant]].

[[Category:Theory & Models]]