EBSCO Tutorials and GuidesUseful resources 1Useful Resources 2
eBooksDatabases - PhysicsGeneral InformationAstrophysicsDynamicsMechanicsNuclear PhysicsObservational AstronomyOptics, Magnetism, & ElectricityRelativityGoogle Scholar/Writing ResourcesUseful links - PhysicsKhan Academy Physics Links
eBooksDatabasesCredo ReferenceConcepts and TermsAstrophysicsAdvances in AstronomyAncient AstronomyEarly AstronomyModern AstronomyThe Night SkyObservational AstronomyGoogle Scholar/Writing ResourcesUseful links - AstronomyKhan Academy - Cosmology and Astronomy Links
eBooks - IndividualMore eBooks - IndividualSubscription eBooksDatabasesHot Topics/ReferenceMarine Biology Links
More Animals BookseBooksDatabases - AnimalsOther Electronic ResourcesCredo Reference/Google Scholar/Writing ResourcesHabitatsUseful links - Animals, etc. (Birds) Links
eBooksDatabasesCredo Reference/Google Scholar/Writing ResourcesBiology ABiology B and CAnatomy & PhysiologyBiochemistryEcology & BiodiversityScientists AScientists BZoologyUseful Links - Biology and Plant LinksKhan Academy - Biology
eBooksDatabasesCredo Reference/Google Scholar/Writing ResourcesUseful links - ChemistryKhan Academy - Chemisty/Organic Chemistry
More Ecology BookseBooksDatabases - EcologyOther Electronic ResourcesConcepts - Credo ReferenceHabitatsNatural PhenomenaThreats to the EnvironmentMovements and EnvironmentalistsGoogle Scholar/Writing ResourcesUseful links - Ecology and Weather Links
eBooksIndividual eBooksScience Current Issues/ebrary Searchable Information CentersDatabasesScience - Other Electronic ResourcesGoogle Scholar/International/Writing ResourcesCredo Reference - Science OverviewKhan Academy - Health and Medicine/ScienceScience LinksScience Videos
This is the "Relativity" page of the "Science Research" guide.
Alternate Page for Screenreader Users
Skip to Page Navigation
Skip to Page Content

Science Research  

Last Updated: Sep 19, 2017 URL: http://libguides.warner.edu/mainscience Print Guide RSS UpdatesEmail Alerts

Relativity Print Page

General Relativity

  • Relativity: Topic Page
    Physical theory, introduced by Albert Einstein, that discards the concept of absolute motion and instead treats only relative motion between two systems or frames of reference. One consequence of the theory is that space and time are no longer viewed as separate, independent entities but rather are seen to form a four-dimensional continuum called space-time.
  • Lorentz contraction: Topic Page
    In physics, contraction or foreshortening of a moving body in the direction of its motion, proposed by H. A. Lorentz on theoretical grounds and based on an earlier suggestion by G. F. Fitzgerald; it is sometimes called the Fitzgerald, or Lorentz-Fitzgerald, contraction.
  • Time
    From Astronomy Encyclopedia
    Property of the Universe determined by the observed order of events and in which effects follow causes. Newtonian or classical physics allowed the existence of an absolute time framework, whereby different observers could agree on the time of occurrence of an event by making an allowance for the travel times of light over different distances.
  • Riemannian geometry
    The geometry of riemannian manifolds. Riemannian geometry was initiated by B. Riemann in 1854, following the pioneering work of C. F. Gauss on surface theory in 1827. Riemann introduced a coordinate space in which the infinitesimal distance between two neighboring points is specified by a quadratic differential form.

Special Relativity

  • Measuring the Speed of Light
    From The Hutchinson Unabridged Encyclopedia with Atlas and Weather guide
    The speed of light in a vacuum, c, is a fundamental constant of nature. It occurs in many scientific equations, such as Einstein's famous E = mc2. Numerous attempts have been made to determine c as accurately as possible.
  • Michelson-Morley experiment
    From Astronomy Encyclopedia
    The experiment attempted to detect the motion of the Earth through the luminiferous ether. Their apparatus split a beam from a common source into two parts, one travelling at right angles to the other. Both beams were reflected and recombined to produce an interference pattern.
  • Spacetime
    From Collins Dictionary of Astronomy
    The single physical entity into which the concepts of space and time can be unified such that an event may be specified mathematically by four coordinates, three giving the position in space and one the time. The path of a particle in spacetime is called its world line.
  • Special relativity: Topic Page
    A system of mechanics applicable at high velocities (approaching the velocity of light) in the absence of gravitation; a generalization of Newtonian mechanics, due almost entirely to Albert Einstein (1905). Its fundamental postulates are that the velocity of light c is the same for all observers, no matter how they are moving; that the laws of physics are the same in all inertial frames; and that all such frames are equivalent.

Loading  Loading...