000			01931 a2200349 4500
008			051207s xx 000 0 eng
022			_a1522-3264;
050			_aAC1.S5
082			_a050
100			_aRennie, Gabriele,
245		0	_aApplying Einstein's Theories of Relativity. _cGabriele Rennie.
260			_bScience & Technology Review, _c2005.
440			_aSIRS Enduring Issues 2006. _nArticle 70, _pScience, _x1522-3264;
500			_aArticles Contained in SIRS Enduring Issues 2006.
500			_aOriginally Published: Applying Einstein's Theories of Relativity, May 2005; pp. 4-11.
520			_a"In 1905, Albert Einstein wrote four papers that revolutionized the field of physics. The impact of his work helped launch quantum mechanics, deepened scientific knowledge about how molecules behave, and advanced understanding of astronomical objects and cosmology. Technologies such as solar power, global positioning systems, and digital equipment from computers to cameras stem from his insight into light, radiation, velocity, and gravity. Researchers at Lawrence Livermore and throughout the world continue to benefit from his legacy." (SCIENCE & TECHNOLOGY REVIEW) This article examines how Einstein's theories have impacted scientific studies since their publication in 1905.
599			_aRecords created from non-MARC resource.
650			_aAfterglow (Physics)
650			_aBig bang theory
650			_aBlack holes (Astronomy)
650			_aEinstein field equations
650			_aGamma ray bursts
650			_aGeneral relativity (Physics)
610			_aLawrence Livermore National Laboratory
610			_aLawrence Livermore National Laboratory
650			_aLight _xSpeed
650			_aPhysics _xResearch
650			_aQuarks
650			_aRelativity (Physics)
710			_aProQuest Information and Learning Company _tSIRS Enduring Issues 2006, _pScience. _x1522-3264;
942			_c UKN
999			_c37825 _d37825