Matches in SemOpenAlex for { <https://semopenalex.org/work/W3175916245> ?p ?o ?g. }
- W3175916245 endingPage "115924" @default.
- W3175916245 startingPage "115924" @default.
- W3175916245 abstract "Since the electric charge in the standard model is theoretically not quantized, we may have a variant of it, called dark charge. Similar to the electric charge, the dark charge neither commutes nor closes algebraically with SU(2)L. The condition of algebraic closure leads to a novel gauge extension, SU(2)L⊗U(1)Y⊗U(1)N, where Y and N determine the electric and dark charges, respectively, apart from the color group. We argue that the existence of the dark charge, thus N, leads to novel scenarios of multi-component dark matter, in general. The dark matter stability is determined by a residual (or dark charge) gauge symmetry isomorphic to an even Zk discrete group, where k is specified dependent on the value of the neutrino dark charge. This residual symmetry divides the standard model particles into distinct classes, which possibly accommodate dark matter, but each dark matter candidate cannot decay due to the color and electric charge conservation. We analyze in detail three specific models according to k=2,4,6 and determine the simplest dark matter candidates. For small U(1)N coupling, the two-component dark matter scenarios implied by the dark charge successfully explain the dark matter relic density and the recent XENON1T excess, as well as the beam dump, neutrino scattering, and astrophysical bounds. Otherwise, for large U(1)N coupling, we have multi-WIMPs coexisted beyond the weak scale." @default.
- W3175916245 created "2021-07-05" @default.
- W3175916245 creator A5004095167 @default.
- W3175916245 creator A5008455174 @default.
- W3175916245 creator A5071270144 @default.
- W3175916245 date "2022-10-01" @default.
- W3175916245 modified "2023-09-27" @default.
- W3175916245 title "Dequantization of electric charge: Probing scenarios of cosmological multi-component dark matter" @default.
- W3175916245 cites W1562972543 @default.
- W3175916245 cites W1711549587 @default.
- W3175916245 cites W176816358 @default.
- W3175916245 cites W1893663977 @default.
- W3175916245 cites W1965434206 @default.
- W3175916245 cites W1966591144 @default.
- W3175916245 cites W1993105205 @default.
- W3175916245 cites W2010098286 @default.
- W3175916245 cites W2022211932 @default.
- W3175916245 cites W2027504369 @default.
- W3175916245 cites W2027637768 @default.
- W3175916245 cites W2032309991 @default.
- W3175916245 cites W2034556729 @default.
- W3175916245 cites W2038177570 @default.
- W3175916245 cites W2050638392 @default.
- W3175916245 cites W2057899718 @default.
- W3175916245 cites W2066567449 @default.
- W3175916245 cites W2068995455 @default.
- W3175916245 cites W2082352396 @default.
- W3175916245 cites W2095435995 @default.
- W3175916245 cites W2102639000 @default.
- W3175916245 cites W2109089400 @default.
- W3175916245 cites W2121500361 @default.
- W3175916245 cites W2140224210 @default.
- W3175916245 cites W2141832944 @default.
- W3175916245 cites W2154472457 @default.
- W3175916245 cites W2162612448 @default.
- W3175916245 cites W2171133169 @default.
- W3175916245 cites W2181087691 @default.
- W3175916245 cites W2283824097 @default.
- W3175916245 cites W2298294650 @default.
- W3175916245 cites W2461267625 @default.
- W3175916245 cites W2468202369 @default.
- W3175916245 cites W2473012388 @default.
- W3175916245 cites W2520984543 @default.
- W3175916245 cites W2530637308 @default.
- W3175916245 cites W2564439980 @default.
- W3175916245 cites W2569931652 @default.
- W3175916245 cites W2594571073 @default.
- W3175916245 cites W2612559938 @default.
- W3175916245 cites W2650911434 @default.
- W3175916245 cites W2779020618 @default.
- W3175916245 cites W2792694075 @default.
- W3175916245 cites W2804458590 @default.
- W3175916245 cites W2808987266 @default.
- W3175916245 cites W2886932741 @default.
- W3175916245 cites W2888476397 @default.
- W3175916245 cites W2903530994 @default.
- W3175916245 cites W2913101551 @default.
- W3175916245 cites W2914874418 @default.
- W3175916245 cites W2924465024 @default.
- W3175916245 cites W2937188370 @default.
- W3175916245 cites W2951463167 @default.
- W3175916245 cites W2989942074 @default.
- W3175916245 cites W2996004493 @default.
- W3175916245 cites W3000200998 @default.
- W3175916245 cites W3012988285 @default.
- W3175916245 cites W3036333041 @default.
- W3175916245 cites W3036424150 @default.
- W3175916245 cites W3036480128 @default.
- W3175916245 cites W3036643341 @default.
- W3175916245 cites W3036696920 @default.
- W3175916245 cites W3037609112 @default.
- W3175916245 cites W3041586415 @default.
- W3175916245 cites W3043289094 @default.
- W3175916245 cites W3099292642 @default.
- W3175916245 cites W3100514957 @default.
- W3175916245 cites W3100683165 @default.
- W3175916245 cites W3103494697 @default.
- W3175916245 cites W3103877238 @default.
- W3175916245 cites W3106317209 @default.
- W3175916245 cites W3108424962 @default.
- W3175916245 cites W4288079944 @default.
- W3175916245 cites W2789200490 @default.
- W3175916245 doi "https://doi.org/10.1016/j.nuclphysb.2022.115924" @default.
- W3175916245 hasPublicationYear "2022" @default.
- W3175916245 type Work @default.
- W3175916245 sameAs 3175916245 @default.
- W3175916245 citedByCount "2" @default.
- W3175916245 countsByYear W31759162452022 @default.
- W3175916245 countsByYear W31759162452023 @default.
- W3175916245 crossrefType "journal-article" @default.
- W3175916245 hasAuthorship W3175916245A5004095167 @default.
- W3175916245 hasAuthorship W3175916245A5008455174 @default.
- W3175916245 hasAuthorship W3175916245A5071270144 @default.
- W3175916245 hasBestOaLocation W31759162452 @default.
- W3175916245 hasConcept C109214941 @default.
- W3175916245 hasConcept C113840448 @default.
- W3175916245 hasConcept C121332964 @default.
- W3175916245 hasConcept C159249277 @default.