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- W3203879749 abstract "If the masses of at least two generations of right-handed neutrinos (RHNs) are near-degenerate, the scale of leptogenesis can be as low as $sim$ 100 GeV. In this work, we study probing such resonant leptogenesis in the $B-L$ model at the LHC and future multi-TeV muon colliders via the process $Z'to NNtoell^pmell^pm+{rm jets}$, with $Z'$ the $U(1)_{B-L}$ gauge boson and $N$ the RHN. The same-sign dilepton feature of the signal makes it almost background-free, while the event number difference between positive and negative leptons is a hint for $CP$ violation, which is a key ingredient of leptogenesis. We found that resonant leptogenesis can be tested at the HL-LHC for $M_{Z'}$ up to 12 TeV, while at a 10 (30) TeV muon collider the reach can be up to $M_{Z'}sim28~(100)$ TeV via the off-shell production of $Z'$." @default.
- W3203879749 created "2021-10-11" @default.
- W3203879749 creator A5031397008 @default.
- W3203879749 creator A5047808729 @default.
- W3203879749 creator A5074705743 @default.
- W3203879749 date "2022-05-24" @default.
- W3203879749 modified "2023-10-12" @default.
- W3203879749 title "Testing leptogenesis at the LHC and future muon colliders: A <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:msup><mml:mi>Z</mml:mi><mml:mo>′</mml:mo></mml:msup></mml:math> scenario" @default.
- W3203879749 cites W1489445685 @default.
- W3203879749 cites W1907916112 @default.
- W3203879749 cites W1964382664 @default.
- W3203879749 cites W1971204265 @default.
- W3203879749 cites W1972816635 @default.
- W3203879749 cites W1982675646 @default.
- W3203879749 cites W1997985887 @default.
- W3203879749 cites W2052421263 @default.
- W3203879749 cites W2060874920 @default.
- W3203879749 cites W2075084996 @default.
- W3203879749 cites W2077004990 @default.
- W3203879749 cites W2084752694 @default.
- W3203879749 cites W2084911307 @default.
- W3203879749 cites W2085449871 @default.
- W3203879749 cites W2105588635 @default.
- W3203879749 cites W2110562278 @default.
- W3203879749 cites W2110999179 @default.
- W3203879749 cites W2125172811 @default.
- W3203879749 cites W2130022486 @default.
- W3203879749 cites W2134803267 @default.
- W3203879749 cites W2139581576 @default.
- W3203879749 cites W2159449603 @default.
- W3203879749 cites W2159617645 @default.
- W3203879749 cites W2203997620 @default.
- W3203879749 cites W2221189306 @default.
- W3203879749 cites W2249297076 @default.
- W3203879749 cites W2523340178 @default.
- W3203879749 cites W2762717158 @default.
- W3203879749 cites W2798192156 @default.
- W3203879749 cites W2867265240 @default.
- W3203879749 cites W2912798683 @default.
- W3203879749 cites W2919357248 @default.
- W3203879749 cites W2925978588 @default.
- W3203879749 cites W2947234973 @default.
- W3203879749 cites W2964281801 @default.
- W3203879749 cites W2967435230 @default.
- W3203879749 cites W2970092399 @default.
- W3203879749 cites W3005735358 @default.
- W3203879749 cites W3007861163 @default.
- W3203879749 cites W3037249962 @default.
- W3203879749 cites W3039061271 @default.
- W3203879749 cites W3045737944 @default.
- W3203879749 cites W3081176851 @default.
- W3203879749 cites W3088093749 @default.
- W3203879749 cites W3098956708 @default.
- W3203879749 cites W3098995315 @default.
- W3203879749 cites W3099446600 @default.
- W3203879749 cites W3099858925 @default.
- W3203879749 cites W3100069288 @default.
- W3203879749 cites W3100861689 @default.
- W3203879749 cites W3101740705 @default.
- W3203879749 cites W3102772221 @default.
- W3203879749 cites W3102831842 @default.
- W3203879749 cites W3104120587 @default.
- W3203879749 cites W3106344027 @default.
- W3203879749 cites W3108284800 @default.
- W3203879749 cites W3116699520 @default.
- W3203879749 cites W3119169447 @default.
- W3203879749 cites W3121266822 @default.
- W3203879749 cites W3121608776 @default.
- W3203879749 cites W3122100949 @default.
- W3203879749 cites W3124650684 @default.
- W3203879749 cites W3126051712 @default.
- W3203879749 cites W3129564589 @default.
- W3203879749 cites W3135435057 @default.
- W3203879749 cites W3138196491 @default.
- W3203879749 cites W3152239273 @default.
- W3203879749 cites W3155718139 @default.
- W3203879749 cites W3160856970 @default.
- W3203879749 cites W3175222932 @default.
- W3203879749 cites W3186939333 @default.
- W3203879749 cites W3189172477 @default.
- W3203879749 cites W3206969414 @default.
- W3203879749 cites W3210927675 @default.
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- W3203879749 cites W4220770340 @default.
- W3203879749 cites W4244987804 @default.
- W3203879749 cites W4288079944 @default.
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- W3203879749 doi "https://doi.org/10.1103/physrevd.105.095034" @default.
- W3203879749 hasPublicationYear "2022" @default.
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