Supersymmetry - Revision history

DavidB4-bot: /* top */clean up & uniformity

2016-07-13T19:55:28Z

top: clean up & uniformity

Aschlafly: format

2009-07-13T11:16:31Z

format

Jaques at 19:28, May 18, 2007

2007-05-18T19:28:59Z

Fantomas: stub - NPOV

2007-05-18T15:23:49Z

stub - NPOV

RSchlafly: hypothesizes a broken symmetry

2007-04-27T09:34:07Z

hypothesizes a broken symmetry

Jaques at 05:31, April 11, 2007

2007-04-11T05:31:47Z

Jaques at 05:30, April 11, 2007

2007-04-11T05:30:13Z

Jaques at 05:29, April 11, 2007

2007-04-11T05:29:59Z

Jaques at 05:27, April 11, 2007

2007-04-11T05:27:05Z

Jaques at 05:25, April 11, 2007

2007-04-11T05:25:32Z

← Older revision		Revision as of 19:55, July 13, 2016
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	In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.		In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.

−	[[~~category~~: ~~physics~~]]	+	[[Category:Physics]]

← Older revision		Revision as of 11:16, July 13, 2009
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−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them.
		+
		+	In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 19:28, May 18, 2007
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−	~~{{stub}}~~
	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.		'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 15:23, May 18, 2007
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		+	{{stub}}
	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.		'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 09:34, April 27, 2007
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−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that ~~seeks to explain the~~ symmetry ~~observed~~ between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by ~~Supersymmetry~~.	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that hypothesizes a broken symmetry between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. None of these particles has ever been observed and there is no direct evidence for them. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by supersymmetry.
−

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 05:31, April 11, 2007
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−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by Supersymmetry.	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics, originally proposed in 1973 by Julius Wess and Bruno Zumino, that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by Supersymmetry.


	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 05:30, April 11, 2007
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−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN ~~offers~~ the best chance to detect these new particles predicted by Supersymmetry.	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN will offer the best chance to detect these new particles predicted by Supersymmetry.


	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 05:29, April 11, 2007
Line 1:		Line 1:
−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner.	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner. In 2008, the [[Large Hadron Collider]] at CERN offers the best chance to detect these new particles predicted by Supersymmetry.
		+

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 05:27, April 11, 2007
Line 1:		Line 1:
−	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]].	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]]. Supersymmetry predicts that every fundamental fermion has a bosonic superpartner, and every fundamental boson has a fermionic superpartner.

	[[category: physics]]		[[category: physics]]

← Older revision		Revision as of 05:25, April 11, 2007
Line 1:		Line 1:
−	'''Supersymmetry'''(or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]].	+	'''Supersymmetry''' (or '''SUSY''') is a theory of particle physics that seeks to explain the symmetry observed between the families of elementary particles known as [[Bosons]] and [[Fermions]].

	[[category: physics]]		[[category: physics]]