Wave propagation - Revision history

en>Srleffler: Rv. The linked content is provided only by downloading an executable. This seems like a bad idea.

2014-04-19T03:00:20Z

Rv. The linked content is provided only by downloading an executable. This seems like a bad idea.

← Older revision		Revision as of 05:00, 19 April 2014
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	~~'''The inverse Faraday effect''' is the effect opposite to the [[Faraday effect]]~~. ~~A static [[magnetization]] <math>\vec{M}(0)</math> is induced~~ by ~~an external oscillating [[electrical field]] with~~ the ~~frequency <math>\omega</math>~~, ~~which can be achieved with a high intensity [[laser]] pulse for example~~. ~~The induced magnetization~~ is ~~proportional to the vector product~~ of ~~<math>\vec{E}</math> and <math>\vec{E}^*</math>:~~		Hi there. Allow me begin by introducing the writer, her title is Sophia. Distributing production is exactly where my main earnings comes from and it's something I truly appreciate. To perform lacross is 1 of the things she enjoys most. For many years she's been living in Kentucky but her husband desires them to transfer.<br><br>Here is my homepage :: [http://Cpacs.org/index.php?document_srl=90091&mid=board_zTGg26 psychic readings online]

	~~<math>\vec{M}(0)\propto[\vec{E}(\omega)\times\vec{E}^*(\omega)]</math>~~

	~~From this equation we see that~~ the ~~circularly polarized light with the frequency <math>\omega</math> should induce a magnetization along the [[wave vector]] <math>\vec{k}</math>~~. ~~Because~~ <~~math~~>~~\vec{E}~~<~~/math~~> is ~~in the [~~[~~vector product]], left- and right-handed [[Polarization (waves)\|polarization]] waves should induce magnetization of opposite signs.~~

	~~The induced magnetization is comparable to the saturated magnetization of the media.~~

	~~== References ==~~
	*R. Hertel, ''Microscopic theory of the inverse Faraday effect'', http://~~arxiv~~.org/~~abs/cond-mat/0509060 (2005)~~
	*A. V. Kimel, A. Kirilyuk, P. A. Usachev, R. V. Pisarev, A. M. Balbashov and Th. Rasing, ''Ultrafast non-thermal control of magnetization by instantaneous photomagnetic pulses'', Nature 435, 655-657 (2005)

	~~[[Category:Optical phenomena]]~~
	~~[[Category:Electric and magnetic fields in matter]~~]

en>Materialscientist: Reverted edits by 69.165.232.164 (talk) to last version by 71.80.40.201

2013-11-22T04:08:31Z

Reverted edits by 69.165.232.164 (talk) to last version by 71.80.40.201

← Older revision		Revision as of 06:08, 22 November 2013
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	~~Greetings~~. ~~Allow me start~~ by ~~telling you~~ the ~~author's name - Phebe~~. ~~To collect coins~~ is 1 of the ~~things I love most. California is our birth place. For years I've been operating as~~ a ~~payroll clerk~~.<br><br>~~Take a look at my web site~~ ... [http://~~www~~.~~fuguporn.com~~/~~user~~/~~RMitchell at home std testing~~]		'''The inverse Faraday effect''' is the effect opposite to the [[Faraday effect]]. A static [[magnetization]] <math>\vec{M}(0)</math> is induced by an external oscillating [[electrical field]] with the frequency <math>\omega</math>, which can be achieved with a high intensity [[laser]] pulse for example. The induced magnetization is proportional to the vector product of <math>\vec{E}</math> and <math>\vec{E}^*</math>:

			<math>\vec{M}(0)\propto[\vec{E}(\omega)\times\vec{E}^*(\omega)]</math>

			From this equation we see that the circularly polarized light with the frequency <math>\omega</math> should induce a magnetization along the [[wave vector]] <math>\vec{k}</math>. Because <math>\vec{E}</math> is in the [[vector product]], left- and right-handed [[Polarization (waves)\|polarization]] waves should induce magnetization of opposite signs.

			The induced magnetization is comparable to the saturated magnetization of the media.

			== References ==
			*R. Hertel, ''Microscopic theory of the inverse Faraday effect'', http://arxiv.org/abs/cond-mat/0509060 (2005)
			*A. V. Kimel, A. Kirilyuk, P. A. Usachev, R. V. Pisarev, A. M. Balbashov and Th. Rasing, ''Ultrafast non-thermal control of magnetization by instantaneous photomagnetic pulses'', Nature 435, 655-657 (2005)

			[[Category:Optical phenomena]]
			[[Category:Electric and magnetic fields in matter]]

24.15.46.186 at 05:20, 13 June 2012

2012-06-13T05:20:40Z

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