Ongenoemd mag ook niet blijven de semi-populaire verhandeling van de meester zelf, ” Over de speciale en algemene relativiteitstheorie”, Albert Einstein (Het. General Relativity (Algemene Relativiteitstheorie) (NS-TPM): RULES. Teacher: Tomislav Prokopec, office: BBG , tel. , email: . Einstein: mijn theorie / druk 9: over de speciale en de algemene relativiteitstheorie on *FREE* shipping on qualifying offers.

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Theories by Albert Einstein General relativity in science.

Light cone World line Minkowski diagram Biquaternions Minkowski space. Kaluza—Klein theory Dilaton Supergravity. Gravitational wave and Gravitational wave xlgemene.

The differences between the two become significant when dealing with speeds approaching the speed of lightand with high-energy phenomena. Webarchive template wayback links Articles with separate introductions CS1 maint: Retrieved 18 April For a more accessible and less technical introduction to this topic, see Introduction to general relativity.

A review is given in Waldalgemenf.

General relativity

Meer precies is de einstein-tensor een object dat uitgedrukt alegmene worden in termen van tweede afgeleides van de metriek van een gegeven ruimte. Closely related to light deflection is the gravitational time delay or Shapiro delaythe phenomenon that light signals take longer to move through a gravitational field than they would in the absence of that field.

Einstein and the description in Paispp. In Newtonian relativitetistheorie, the source is mass. During that period, general relativity remained something of a curiosity among physical theories.


Einstein-tensor – Wikipedia

This formula, too, is readily generalized to curved spacetime by replacing partial derivatives with their curved- manifold counterparts, covariant derivatives studied in differential geometry. An authoritative answer would require a complete theory of quantum gravity, which has not yet been developed [] cf.

Einstein’s condemnation would prove to be premature, cf. Retrieved from ” https: Also, relativistic lensing effects are thought to play a role for the signals received from X-ray pulsarscf.

For the most precise direct modern observations using quasars, cf. With Lorentz symmetry, additional structures come into play.

Several relativistic effects are directly related to the relativity of direction. General relativity predicts that the path of light will follow the curvature of spacetime as it passes near a star.

Categorie:Algemene relativiteitstheorie

Black holes are also sought-after targets in the search for gravitational waves cf. This limits the energy that can be extracted by classical means from a rotating black hole e.

As can be shown using simple thought experiments following the free-fall trajectories of different test particles, the result of transporting spacetime vectors that can denote a particle’s velocity time-like vectors will vary with the particle’s trajectory; mathematically speaking, the Newtonian connection is not integrable.

Kennefick relativiteirstheorie the classic early measurements by Arthur Eddington’s expeditions. Such effects are known as gravitational lensing. Detection of these waves is a major goal of current relativity-related research.

The relation is specified by the Einstein field equationsa system of partial differential equations.


At small scales, all reference frames that are in free fall are equivalent, and approximately Minkowskian. The matter must, of course, also satisfy whatever additional equations were imposed on its properties. Stairssec. Schwarzschild geodesicsKepler problem in general relativityGravitational lensand Shapiro delay.

This is readily described by the expanding cosmological solutions found by Friedmann inwhich do not require a cosmological constant. A distant observer will determine that objects close to the mass get “dragged around”. For weak gravitational fields and slow speed relative to the speed of light, the theory’s predictions converge on those of Newton’s law of universal gravitation. Wikisource has original works on the topic: General relativity can be understood by examining its similarities with and departures from classical physics.

It thus satisfies a more stringent general principle of relativitynamely that the laws of physics are the same for all observers. Observations of the “shadow” of the Milky Way galaxy’s central black hole horizon are eagerly sought for, cf. Observed Relativistic Time Gains”. Spacetime can be explored by following up on timelike and lightlike geodesics—all possible ways that light and particles in free fall can travel.

Near a rotating mass, there are gravitomagnetic or frame-dragging effects.