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Composite Dark Matter and insights from the Lattice Enrico Rinaldi - PowerPoint PPT Presentation

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Lattice 2016 Southampton, UK Composite Dark Matter and insights from the Lattice Enrico Rinaldi This research was performed under the auspices of the U.S. Department of Energy by Lawrence Livermore National Laboratory under Contract

  1. Lattice 2016 Southampton, UK Composite Dark Matter and insights from the Lattice Enrico Rinaldi This research was performed under the auspices of the U.S. Department of Energy by Lawrence Livermore National Laboratory under Contract DE-AC52-07NA27344 and supported by the LLNL LDRD “Illuminating the Dark Universe with PetaFlops Supercomputing” 13-ERD-023. Computing support comes from the LLNL Institutional Computing Grand Challenge program. LLNL-PRES-669543

  2. [Hubble + Plank/ESA]

  3. [Hubble + Plank/ESA]

  4. [Hubble + Plank/ESA]

  5. [Hubble + Plank/ESA] 𝜍 DM ≈ 5 ρ SM

  6. Direct Detection Indirect Detection DM DM SM SM Production at Colliders

  7. Direct Detection Indirect Detection DM DM SM SM Production at Colliders

  8. Direct Detection Indirect Detection DM DM SM SM Production at Colliders

  9. Direct Detection Indirect Detection DM DM SM SM Production at Colliders

  10. What is Dark Matter?

  11. NMSSM R-parity MSSM violating WIMPless DM Supersymmetry Hidden Sector DM Gravitino DM mSUGRA Self-Interacting DM pMSSM Q-balls Techni- baryons Dark Photon R-parity Conserving Dirac DM Asymmetric DM Extra Dimensions What is Dark Matter? Light Dynamical Force Carriers DM Warm DM Solitonic DM UED DM Sterile Neutrinos Quark 6d Warped Extra Nuggets Dimensions ? 5d RS DM T -odd DM Axion DM Little Higgs QCD Axions Axion-like Particles Littlest Higgs T Tait [Planning the Future of U.S. Particle Physics (Snowmass 2013), 1401.6085]

  12. NMSSM R-parity MSSM violating WIMPless DM Supersymmetry Hidden Sector DM Gravitino DM mSUGRA ★ Gravitational effects of DM show up in CMB, lensing Self-Interacting DM pMSSM and other large scale phenomena Q-balls Techni- baryons ★ Direct Standard Model interactions are needed for Dark Photon R-parity Conserving production in the early Universe Dirac DM Asymmetric DM ★ Direct detection and Collider experiments rely on SM Extra Dimensions What is Dark Matter? Light Dynamical Force Carriers DM interactions, but they are suppressed Warm DM Solitonic DM UED DM ★ Strong exclusion bounds push theorists to explore a Sterile Neutrinos Quark 6d Warped Extra Nuggets Dimensions ? wider landscape of models for DM 5d RS DM ★ Problems with cosmological models can hint at strongly T -odd DM Axion DM self-interacting dark matter Little Higgs QCD Axions Axion-like Particles Littlest Higgs T Tait [Planning the Future of U.S. Particle Physics (Snowmass 2013), 1401.6085]

  13. NMSSM R-parity MSSM violating WIMPless DM Supersymmetry Hidden Sector DM Gravitino DM Composite mSUGRA Self-Interacting DM pMSSM Dark Q-balls Techni- baryons Dark Photon Matter R-parity Conserving Dirac DM Asymmetric DM Extra Dimensions Light Dynamical Force Carriers DM Warm DM Solitonic DM UED DM Sterile Neutrinos Quark 6d Warped Extra Nuggets Dimensions ? 5d RS DM T -odd DM Axion DM Little Higgs QCD Axions Axion-like Particles Littlest Higgs T Tait [Planning the Future of U.S. Particle Physics (Snowmass 2013), 1401.6085]

  14. Composite Dark Matter

  15. Composite Dark Matter ✦ Dark Matter is a composite object

  16. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball

  17. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball ✦ Interesting and complicated internal structure ✦ Properties dictated by strong dynamics ✦ Self-interactions are natural

  18. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball ✦ Interesting and complicated internal structure ✦ Properties dictated by strong dynamics Similar to QCD ✦ Self-interactions are natural

  19. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball ✦ Interesting and complicated internal structure ✦ Properties dictated by strong dynamics Similar to QCD ✦ Self-interactions are natural ✦ Composite object is neutral ✦ Constituents may interact with Standard Model particles

  20. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball ✦ Interesting and complicated internal structure ✦ Properties dictated by strong dynamics Similar to QCD ✦ Self-interactions are natural Chance to observe them ✦ Composite object is neutral in experiments and give the correct relic abundance ✦ Constituents may interact with Standard Model particles

  21. Composite Dark Matter ✦ Dark Matter is a composite object e.g. technibaryon or hidden glueball ✦ Interesting and complicated internal structure Lattice Field Theory methods ✦ Properties dictated by strong dynamics Similar to QCD ✦ Self-interactions are natural Chance to observe them ✦ Composite object is neutral in experiments and give the correct relic abundance ✦ Constituents may interact with Standard Model particles

  22. [review by Kribs & Neil, 1604.04627] Natural features of Composite Dark Matter

  23. [review by Kribs & Neil, 1604.04627] Natural features of Composite Dark Matter Stability is a direct consequence of accidental symmetries

  24. [review by Kribs & Neil, 1604.04627] Natural features of Composite Dark Matter Stability is a direct consequence of Neutrality follows naturally accidental symmetries from confinement into singlet objects wrt. SM charges

  25. [review by Kribs & Neil, 1604.04627] Natural features of Composite Dark Matter Stability is a direct consequence of Neutrality follows naturally accidental symmetries from confinement into singlet objects wrt. SM charges Small interactions with SM particles arise from form factor suppression (higher dim. operators)

  26. [review by Kribs & Neil, 1604.04627] Natural features of Composite Dark Matter Stability is a direct consequence of Neutrality follows naturally accidental symmetries from confinement into singlet objects wrt. SM charges Small interactions with SM particles arise from form Self-interactions are factor suppression (higher included due to strongly coupled dynamics dim. operators)

  27. [list of references focused on lattice results when possible] [review by Kribs & Neil, 1604.04627] Models for Composite Dark Matter ★ Pion-like (dark quark-antiquark) ✦ pNGB DM [Hietanen et al.,1308.4130] ✦ Quirky DM [Kribs et al.,0909.2034] ✦ Ectocolor DM [Buckley&Neil,1209.6054] ✦ SIMP [Hochberg et al.,1411.3727] ✦ Minimal SU(2) [Lewis, Wed.@11:50]

  28. [list of references focused on lattice results when possible] [review by Kribs & Neil, 1604.04627] Models for Composite Dark Matter ★ Pion-like (dark quark-antiquark) ✦ pNGB DM [Hietanen et al.,1308.4130] ✦ Quirky DM [Kribs et al.,0909.2034] ✦ Ectocolor DM [Buckley&Neil,1209.6054] ✦ SIMP [Hochberg et al.,1411.3727] ✦ Minimal SU(2) [Lewis, Wed.@11:50] ★ Baryon-like (multiple quarks) ✦ “Technibaryons” [LSD,1301.1693] ✦ Stealth DM [LSD,1503.04203-1503.04205] ✦ One-family TC [LatKMI,1510.07373] ✦ Sextet CH [LatHC,1601.03302][Kuti, Mon.@15:15]

  29. [list of references focused on lattice results when possible] [review by Kribs & Neil, 1604.04627] Models for Composite Dark Matter ★ Pion-like (dark quark-antiquark) ★ Glueball-like (only gluons) ✦ pNGB DM [Hietanen et al.,1308.4130] ✦ SUNonia [Boddy et al.,1402.3629] [Soni, Wed.@11:30] ✦ Quirky DM [Kribs et al.,0909.2034] ✦ Ectocolor DM [Buckley&Neil,1209.6054] ✦ SIMP [Hochberg et al.,1411.3727] ✦ Minimal SU(2) [Lewis, Wed.@11:50] ★ Baryon-like (multiple quarks) ✦ “Technibaryons” [LSD,1301.1693] ✦ Stealth DM [LSD,1503.04203-1503.04205] ✦ One-family TC [LatKMI,1510.07373] ✦ Sextet CH [LatHC,1601.03302][Kuti, Mon.@15:15]

  30. [list of references focused on lattice results when possible] [review by Kribs & Neil, 1604.04627] Models for Composite Dark Matter ★ Pion-like (dark quark-antiquark) ★ Glueball-like (only gluons) ✦ pNGB DM [Hietanen et al.,1308.4130] ✦ SUNonia [Boddy et al.,1402.3629] [Soni, Wed.@11:30] ✦ Quirky DM [Kribs et al.,0909.2034] ✦ Ectocolor DM [Buckley&Neil,1209.6054] ✦ SIMP [Hochberg et al.,1411.3727] ★ Dark Nuclei [Detmold et ✦ Minimal SU(2) [Lewis, Wed.@11:50] al.,1406.2276-1406.4116] ★ Baryon-like (multiple quarks) ✦ “Technibaryons” [LSD,1301.1693] ✦ Stealth DM [LSD,1503.04203-1503.04205] ✦ One-family TC [LatKMI,1510.07373] ✦ Sextet CH [LatHC,1601.03302][Kuti, Mon.@15:15]

  31. [Bagnasco et al., hep-ph/9310290] The darkness of Composite Dark Matter [Wikipedia]

  32. [Bagnasco et al., hep-ph/9310290] The darkness of Composite Dark Matter Relevant if the constituents have SM color charges [Chivukula et al.,hep-ph/9210274] [Godbole et al.,1506.01408] [Bay&Osborne,1506.07110] [Wikipedia]

  33. [Bagnasco et al., hep-ph/9310290] The darkness of Composite Dark Matter Relevant if the constituents have SM color charges [Chivukula et al.,hep-ph/9210274] [Godbole et al.,1506.01408] [Bay&Osborne,1506.07110] ★ magnetic dipole (5) ★ charge radius (6) Lowest dimensional operators: ★ polarizability (7) [Wikipedia]

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