Don't be fooled by the similar names, dark energy and dark matter — sometimes grouped together and described as the "dark universe"' — aren't believed to be related aside from a few superficial similarities. Dark energy vs dark matter: What's the difference? Diagram showing the...
Don't be fooled by the similar names, dark energy and dark matter — sometimes grouped together and described as the "dark universe"' — aren't believed to be related aside from a few superficial similarities. Dark energy vs dark matter: What's the difference? Diagram showing the...
Dark energy and dark matter Quantum metrology Nature Communications(Nat Commun) ISSN2041-1723(online) Sign up for theNature Briefingnewsletter — what matters in science, free to your inbox daily. Email address Sign up I agree my information will be processed in accordance with theNatureand Spring...
Dark matter WIMPs could also be produced in colliders and currently the LHC has the right energy to test a wide range of masses. Unfortunately, so far, there are no signs of new particles in the LHC and not even of missing energy and momentum that cannot be explained with neutrinos. ...
Infrared hierarchy, thermal brane inflation and superstrings as superheavy dark matter,” Phys - Dvali - 1999 () Citation Context ...f the D−F string network. We also compare the nature of these strings with the ordinary cosmic strings and point out some differences and similarities. I. ...
By using both choices of action, the cosmological implications of the model were investigated, and it was shown that an effective dark energy sector does appear from the geometric structure of the Finsler model. Moreover, an explicit interaction between the matter and dark energy sectors is ...
Predictions for various missing transverse energy (ET,miss) searches are dis- cussed and the reach of the 13 TeV LHC is explored. It is found that the proposed models provide a rich spectrum of complementary observables that lead to non-trivial constraints. We emphasise in this context the ...
A new look at Hubble images of galaxies could be a step toward illuminating the elusive nature of dark matter, the unobservable material that makes up the majority of the universe.
In contrast to the case of dark photon production in the Higgsed phase, however, we argue that this late-time phase transition has only a mild impact on the dark photon dark matter. This is because the energy of the dark Higgs condensate is comparable to that of dark photons immediately ...
For this reason, many experimental approaches are presently being exploited, at high center-of-mass energy accelerators as well as in low-energy underground experiments: the variety of the possible phenomenology that could be involved is wide and the parameters for the description of the related ...