The particles of dark matter are ridiculous. But, if they are really present, we may have evidence of their presence in the heart of Akashinga, assuming that they are usually light particles from those who are considering and we call the Wamps. Dispersed, these particles will explain the extraordinary ionization of large molecular clouds near the Central Super Mesp Black Hole in our galaxy.
It was not almost twenty years between the theoretical forecasts of existence NeutrinoNeutrino And it is verified by the experience using a nuclear reactor, and the prediction of the existence of the Borote-Engeller Higgs for almost fifty years and its discovery in the LHC detectors.
PhysicianPhysician And Astronomical physicsAstronomical physics Track the particles of hypothagus Darkest matterDarkest matter For forty years and we thought that during the 2010s, we would have been directly or indirectly detected. Perhaps their existence is near, but in the zoos of the theories that predict the nature of these essential particles do not prove that the galaxy is quickly given birth and the oldest lighting (inferior radiation) in the universe, now many of them have been denied by experiments.
A scene of indirect detection of dark matter
Researchers have not yet discouraged, as shown in a recent article published and can be found independently Archeo. This great British cosmologist Joseph Silk owes, famous for his consumer tasks on Big Bang, material and black energy, who made an interesting suggestion with his fellow Paulo Gondolo to indicate the existence of black substance particles.
In fact, some models of particles of dark matter from high theoretical physics EnergyEnergy Predicted that these particles could be eliminated, exactly the same ElectronElectron And its AntiparticuleAntiparticule, PosterronPosterron. It moved to the same models CosmologyCosmology It was possible to think that the concentration of the dark matter had to be made around it Super Mesio Black HoleSuper Mesio Black Hole Galaxy, which promote meetings and therefore announcing the particles of black substances. Finally, the center of galaxies, including and especially ours The milk methodThe milk methodHad to behave like compact sources PhotonsPhotons Gamma, but also electron, posterone, ProtonsProtonsD’AntiprotonsAntiprotons And neutrino in cosmic radiation.
https://www.youtube.com/watch?v=33jhsf2p520
Joseph Silk is a famous cosmologist who holds office at the three largest universities in the world: Johns Hopkins University, Sorbone and Oxford University. Professor Silk is one of the largest global experts in the background of the ideological universe, the formation of dark material, the formation of galaxies and the expansion of cosmic expansion. His study of training procedures for galaxy training and mass damage and training for the evolution of stars and the evolution of the stars has created an essential basis for its subsequent work in this important field. In 2011, he won Belzan’s prize for his important work in the newborn universe. To achieve a largely loyal French translation, click on the white rectangle on the bottom right. After that subtitles should appear in English. Then click the nut to the right of the rectangle, then on the “subtitles” and finally “translate automatically”. Choose “French”. © Grishham College
With his colleagues, Pedro de La Torie Lok and Shyam Balaji, Joseph Silk is surprised about today The main molecular zone (Central Molecular Zone or ZMC in French) a region that extends to the center of the Akashiganga and is why it is in BridgeBridge This is a complex of sunshine CloudCloud The giant molecular estimate is 60 million PublicPublic Solar zid is quite different from other regions of the sky in terms of density gazgazTemperature and RiotRiot. Thus, its molecular gas density is several of Size ordersSize orders To the galaxy disk.
Increase the charged particle flow
But what is interested in astronomical physics is that the rate of different steps is indicatedionisationionisation That UnrulyUnruly h2 It is surprising in the central molecular area. However, we know how to sample and estimate the flow The universe raysThe universe rays In Akashinga, the charge particles produced by traditional sources include, SupernovaSupernovaWhite dwarf, etc. It turns out that these flows do not explain the ionization rates in ZMC so much.
Joseph Silk and his colleagues today have shown that we can clearly explain these rates by posting the perpetrators of the particles of dark matter.GevGevThis is to say more light particles than famous To interact with the massive particles weakly (Wamps) The candidates who live are often introduced in the model of black substance in the universe. Astronomical physicsAstronomical physics. Remember that according to the formula of the energy unitEinsteinEinstein E = mc2A proton is about 1 GV and LHC can produce particles of dark substances in the collision of protons, which will be managed by a large scale of 1,000 protons. The difficulty in direct detection with the particles of the dark matter is that they interact very weakly with the common substances, mainly through GravityGravity.
The sub -giviek particles distributed among the pairs of electrons and posterone of the iconizing molecules. It is noteworthy that these couple can also be destroyed by giving photons to 511 Q (1 GEV price of 1 million kiws), and this shows that the galaxy center is over a limit of photon for these energy from where we do not explain the origin well. Silk and his colleagues believe that their work is easily connected to these X -photon.
