Everything about Stress-energy-momentum Pseudotensor totally explained
In the theory of
general relativity, the
stress-energy-momentum pseudotensor or
Landau-Lifshitz pseudotensor allows the
energy-momentum of a system of gravitating matter to be defined; in particular it allows the total matter plus the gravitating energy-momentum to form a
conserved current within the framework of
general relativity, so that the
total energy-momentum crossing the
hypersurface of
any closed
space-time hypervolume vanishes.
The use of the Landau-Lifshitz combined matter+gravitational stress-energy-momentum
pseudotensor allows the energy-momentum conservation laws to be extended into
general relativity. Subtraction of the matter
stress-energy-momentum tensor from the combined pseudotensor results in the gravitational stress-energy-momentum pseudotensor. Some people object to this derivation on the grounds that pseudotensors are inappropriate objects in general relativity, but this treatment only requires the use of the 4-
divergence of a pseudotensor which is, in this case, a tensor. On the other hand, most pseudotensors are sections of
jet bundles, which are perfectly valid objects in GR.
Definition and properties of the Landau-Lifshitz pseudotensor
Landau &
Lifshitz were led by four requirements in their search for a gravitational energy momentum pseudotensor,
, which demonstrates the delocalisation of gravitational energy-momentum.
Get more info on 'Stress-energy-momentum Pseudotensor'.
|
External Link Exchanges
Do you know how hard it is to get a link from a large encyclopaedia? Well we're different and will prove it. To get a link from us just add the following HTML to your site on a relevant page:
<a href="http://stress-energy-momentum_pseudotensor.totallyexplained.com">Stress-energy-momentum pseudotensor Totally Explained</a>
Then simply click through this link from your web page. Our crawlers will verify your link, extract the title of your web page and instantly add a link back to it. If you like you can remove the words Totally Explained and embed the link in article text.
As long as your link remains in place, we'll keep our link to you right here. Please play fair - our crawlers are watching. Your site must be closely related to this one's topic. Any kind of spamming, dubious practises or removing the link will result in your link from us being dropped and, potentially, your whole site being banned. |
