Examples of using Grbs in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Are GRBs and Radio Sources Luminal Booms?
We presented a set of predictions andcompared them to existing data from DRAGNs and GRBs.
GRBs are observed roughly at the rate of once a day.
Thus, the expected rate of the cataclysmic events powering the GRBs is of the order of- per day.
GRBs were first spotted in 1967 by US military satellites.
It was both one of the longest and brightest GRBs ever observed.
That if you explain something(such as GRBs), you are explaining both the AR and R because they are intertwined.
POLAR» is scheduled for two to threeyears operation in space during which a large number of GRBs are expected to be measured.
Our unified explanation for GRBs and symmetric radio sources, therefore, has implications as far reaching as our basic understanding of the nature of space and time.
The data gatheredconfirm the already known link between long GRBs and supernovae of certain kinds.
The other €500,000 award was granted to a project investigating thepoint of origin of Gamma Ray Bursts GRBs.
Using this fact as the model for symmetric jets and GRBs, we explained their kinematic features quantitatively.
This temptation is further enhanced by the observed superluminality in thecelestial objects associated with radio sources and some GRBs.
Symmetric radio sources(galactic or extragalactic) and GRBs may appear to be completely distinct phenomena.
However, the rate of the collapsar events has to be corrected for the fraction of the solidangle within which the radiation jets can appear as GRBs.
This guess results in a rather neat and simple explantions of GRBs and DRAGNs as luminal booms and their aftermath.
The time evolution of the black body radiation of a superluminal object iscompletely consistent with the softening of the spectra observed in GRBs and radio sources.
Massive black holes at the centers of active galaxies andgamma ray bursts(GRBs) resulting from exploding, heavy stars that collapse to black holes.
We showed that it closely resembles GRBs and DRAGNs if we were to extend the calculations to light, although a luminal boom would necessitate superluminal motion and is therefore forbidden.
The new resultsprovide good evidence for an unexpected relation between GRBs, very bright supernovae and magnetars.
According to this model, GRBs are produced when the energy of highly relativistic flows in stellar collapses are dissipated, with the resulting radiation jets angled properly with respect to our line of sight.
What has been of intensepersonal satisfaction for me was my"discovery" related to GRBs and radio sources alluded to earlier.
Despite being discovered in 1960(Vela satellites) Gamma Ray Bursts(GRBs) are still full of mystery and the production mechanism of these very intense explosions in the universe is still unknown.
This finding brings us much closer to a new andclearer picture of the workings of GRBs," concludes Jochen Greiner.
During the calibration phase data analysis focuses only on GRBs confirmed and measured by other instruments allowing further calibration of the instrument.
The unexpected absence of neutrinos from GRBs has forced a re-evaluation of the theory for production of cosmic rays and neutrinos in a GRB fireball and possibly the theory that high energy cosmic rays are generated in fireballs.
In addition, our model explains why there is significant blue shift at the core regions ofradio sources, why radio sources seem to be associated with optical galaxies and why GRBs appear at random points with no advance indication of their impending appearance.
The striking agreement between the model and the observed features, however, extended beyond GRBs to symmetric radio sources, which can also be regarded as perceptual effects of hypothetical luminal booms.
To suggest that there could be superluminal motion andto explain known phenomena such as GRBs through a quirk(?) in our perception(even in the physical instruments) is bold and needs careful attention by others in the field.
