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Prospects of Neutrino Physics

Apr 8โ€‰โ€“โ€‰12, 2019
Kavli IPMU, Kashiwa, Japan
Asia/Tokyo timezone

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Session

Prospects of Neutrino Physics

Apr 8, 2019, 1:30โ€ฏPM
Kavli IPMU, Kashiwa, Japan

Kavli IPMU, Kashiwa, Japan

Kashiwa, Japan

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  1. 6. Opening talk
    Serguey Petcov/Shigeki Matsumoto
    4/8/19, 1:30โ€ฏPM
  2. 7. Prospects in Neutrino Experiments
    Takaaki Kajita (ICRR/Kavli IPMU)
    4/8/19, 1:45โ€ฏPM
  3. 8. Three-Neutrino Masses, Mixing and CP Violation: Status and Challenges
    Eligio Lisi (INFN, Bari)
    4/8/19, 2:30โ€ฏPM
  4. 12. Cosmological Constraints on Massive Neutrinos
    Masahiro Takada (Kavli IPMU)
    4/8/19, 3:30โ€ฏPM
  5. 9. Review of Theoretical Ideas on Neutrino Masses
    Lisa Everett (U. Wisconsin-Madison)
    4/8/19, 4:00โ€ฏPM
  6. 13. Prospects with SK-Gd
    Mark Vagins (Kavli IPMU)
    4/8/19, 4:45โ€ฏPM
  7. 16. Review of the results of Reactor Neutrino Experiments (Daya Bay, RENO, Double Chooz)
    Masaki Ishitsuka (T. U. ofย Science)
    4/8/19, 5:15โ€ฏPM
  8. 10. Results from T2K and Prospects with T2K-II
    Ken Sakashita (KEK)
    4/9/19, 9:00โ€ฏAM
  9. 11. Results from and Prospects with NOvA
    Bian Jianming (U. C. Irvine)
    4/9/19, 9:30โ€ฏAM
  10. 15. Results and Prospects for Atmosmospheric Neutrinos at Neutrino Telescopes
    Carsten Rott (Sungkyunkwan U.)
    4/9/19, 10:00โ€ฏAM

    Prospects for atmospheric neutrino measurements at neutrino telescope experiments (IceCube, ANTARES, KM3NeT) will be discussed

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  11. 14. Prospects on SuperNova Neutrinos with SK and HK
    Hiroyuki Sekiya (ICRR)
    4/9/19, 11:00โ€ฏAM
  12. 17. Physics with DUNE
    Robert Svoboda (UC Davis)
    4/9/19, 11:30โ€ฏAM
  13. 18. Physics with T2HK
    Megan Friend (KEK)
    4/9/19, 1:30โ€ฏPM
  14. 19. Physics with T2HKK
    Seon-Hee Seo (IBS)
    4/9/19, 2:00โ€ฏPM
  15. 20. SK results on Atmospheric Neutrinos and Prospects with HK
    Roger Wendell (Kyoto U.)
    4/9/19, 2:30โ€ฏPM
  16. 21. SK Results on Solar Neutrino and Prospects with HK
    Yasuo Takeuchi (Kobe U./Kavli IPMU)
    4/9/19, 3:30โ€ฏPM
  17. 22. Results on Proton Decay from SK and Prospects with HK
    Hidekazu Tanaka (ICRR)
    4/9/19, 4:00โ€ฏPM
  18. 49. Tomography by neutrino pair beam
    Hisashi Okui
    4/9/19, 4:45โ€ฏPM

    The idea of neutrino tomography is the imaging of the Earth โ€™s interior structure by using the neutrino. We assume the neutrino pair beam which has recently been proposed as neutrino source. The beam produces a large amount of neutrino and antineutrino pairs from the circulating partially stripped ions and provides the possibility to measure precisely the energy spectrum of neutrino...

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  19. 50. Testing right handed neutrinos at the linear collider
    Arindam Das
    4/9/19, 5:05โ€ฏPM

    The inclusion of heavy right-handed neutrinos to the Standard Model particle content is one of the best motivated ways to account for the observed neutrino masses and flavor mixing. The modification of the charged and neutral currents from the active-sterile mixing of the neutral leptons can provide novel signatures which can be tested at the linear collider experiment. In this talk we will...

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  20. 23. The Modular Invariance Approach to Neutrino Masses, Mixings and Flavor Problem"
    Feruccio Feruglio (U. Padova)
    4/10/19, 9:00โ€ฏAM
  21. 24. nuMSM and Leptogenesis
    Takehiko Asaka (Niigata U.)
    4/10/19, 9:30โ€ฏAM
  22. 25. bb0nu Decay Searches: Current Status and Prospects
    Kunio Inoue (Tohoku U.)
    4/10/19, 10:00โ€ฏAM
  23. 26. Theory of bb0nu Decay: Elementary Particle Physics Aspects
    Werner Rodejohann (MPI Heidelberg)
    4/10/19, 11:00โ€ฏAM
  24. 27. Theory of bb0nu-Decay: Nuclear Physics Aspects
    Jouni Suhonen (U. Jyvaskyla)
    4/10/19, 11:30โ€ฏAM
  25. 28. Results and Prospects on Geo-Neutrinos
    Hiroko Watanabe (RCNS)
    4/10/19, 12:00โ€ฏPM
  26. 29. Leptogenesis and Low-Energy Leptonic CP Violation
    Jessica Turner (Fermilab)
    4/11/19, 9:00โ€ฏAM

    In this talk I discuss the possibility of producing the observed baryon asymmetry of the Universe via thermal leptogenesis, where CP violation comes exclusively from the low-energy phases of the neutrino mixing matrix. We demonstrate the viability of thermal leptogenesis across seven orders of magnitude 10^6<T (GeV)< 10^13.

    We clarify that at very high scales T > 10^12 GeV is sensitive to...

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  27. 30. The Neutrino Option
    Michael Trott (Niels Bohr Inst. Copenhagen U.)
    4/11/19, 9:30โ€ฏAM
  28. 31. Status and Prospects of eV Sterile Neutrinos
    Ivan Martinez-Soler (Fermilab/Northwestern U.)
    4/11/19, 10:00โ€ฏAM
  29. 32. Physics Potential of JUNO
    He Miao (IHEP)
    4/11/19, 11:00โ€ฏAM
  30. 33. Physics with ORCA
    Jannik Hofestaedt (FAU)
    4/11/19, 11:30โ€ฏAM
  31. 34. Physics with Indian Neutrino Observatory
    Sanjib Kumar Agarwalla (Bubaneswar/HBNI/ICTP)
    4/11/19, 12:00โ€ฏPM
  32. 35. Experimental prospects of Charged Lepton Flavor Violation
    Yoshihito Kuno (Osaka U.)
    4/11/19, 1:30โ€ฏPM
  33. 36. Predictions of Neutrino Mass Models for Charged Lepton Flavour Violation
    Lorenzo Calibbi (ITP-CAS)
    4/11/19, 2:00โ€ฏPM
  34. 37. Sign of CP violating phases in neutrinos and quarks
    Morimitsu Tanimoto (Niigata U.)
    4/11/19, 2:30โ€ฏPM

    We discuss the relation between the CP violation of the quark mixing and that of the lepton mixing by investigating a CP violating observable, the Jarlskog invariant, as well as the CP violating Dirac phase. The down-type quark mass matrix with three zeros is given in terms of the minimal number of parameters, while the up-type quark mass matrix is diagonal. These quark mass matrices leading...

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  35. 51. Leptogenesis from active neutrino oscillation
    Wen Yin
    4/11/19, 3:30โ€ฏPM

    The possibility of generating the baryon asymmetry of the Universe via flavor oscillation in the early Universe is discussed. After the inflation, leptons are born in some states, travel in the medium, and are eventually projected onto flavor eigenstates due to the scattering via the Yukawa interactions. By using the Lagrangian of the Standard Model with the Majorana neutrino mass terms, llHH,...

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  36. 52. Resonant leptogenesis at TeV-scale and neutrinoless double beta decay
    Takahiro Yoshida
    4/11/19, 3:50โ€ฏPM

    We investigate a resonant leptogenesis scenario by quasi-degenerate right-handed neutrinos which have TeV-scale masses. Especially, we consider the case when two right-handed neutrinos are responsible to leptogenesis and the seesaw mechanism for active neutrino masses, and assume that the CP violation occurs only in the mixing matrix of active neutrinos. In this case the sign of the baryon...

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  37. 53. General SU(N) Scotogenic (non-)Supersymmetric and CFT Models
    Oleg Popov
    4/11/19, 4:10โ€ฏPM

    Generalization of the scotogenic neutrino mass model in the supersymmetric, non-supersymmetric, and CFT framework is presented, where Standard Model gauge group $SU(3)_c\otimes SU(2)_L\otimes U(1)_Y$ is extended by $SU(N)_D$ dark gauge symmetry that stabilizes dark matter with $N\geq 2$. Neutrino masses are generated via dim-5 Weinberg effective operator, $\frac{(LH)(LH)}{\Lambda}$, therefore...

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  38. 54. Higgs parity, SO(10) Unification and future colliders
    Keisuke Harigaya
    4/11/19, 4:30โ€ฏPM

    Precise measurements of the standard model parameters by the LEP has shown that supersymmetry realizes precise coupling unification. We introduce a non-supersymmetric scheme of coupling unification via the Higgs parity and show how precise unification is realized. We discuss the prediction on the proton decay rate and the importance of the precise measurement of the standard model parameters.

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  39. 39. "Theory of Neutrino Oscillations in Matter for T2K, NovA, T2HK, T2HKK and DUNE"
    Sanjib Kumar Agarwalla (Bubaneswar/HBNI/ICTP)
    4/12/19, 9:00โ€ฏAM
  40. 40. Proton decay (Theory)
    Natsumi Nagata (U. Tokyo)
    4/12/19, 9:30โ€ฏAM
  41. 38. Testing Seesaw with Gravitational Waves
    Hitoshi Murayama (UC Berkeley/Kavli IPMU)
    4/12/19, 10:00โ€ฏAM
  42. 44. Status and Prospects of NSI
    Danny Marfatia (Hawaii U.)
    4/12/19, 11:00โ€ฏAM
  43. 41. Muon decay at rest for CP measurement
    Jarah Evslin (Institute of Modern Physics, CAS)
    4/12/19, 11:30โ€ฏAM
  44. 43. Exotic Physics Searches at Neutrino Detectors
    Gordan Krnjaic (Fermilab)
    4/12/19, 12:00โ€ฏPM

    The MiniBooNE experiment has recently reported an anomalous 4.5 \sigma excess of electron-like events consistent with \nu_e appearance from a \nu_\mu beam at short-baseline. Given the lack of corresponding \nu_\mu

    disappearance observations, required in the case of oscillations involving a sterile flavor, there is strong motivation for alternative explanations of this anomaly. We consider the...

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  45. 42. Neutrino Trident Production
    Matheus Hostert (IPPP, Durham U.)
    4/12/19, 1:30โ€ฏPM

    Rare scattering processes at neutrino experiments can serve as an ideal tool for the search of new physics. In this context, I will present the sensitivity of the DUNE near detector to leptophilic Z' models, using neutrino-electron and neutrino trident scattering. I will then discuss how more exotic models, such as recent proposals of "dark" neutrinos, can also lead to such signatures and...

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  46. 45. Direct Detection Prospects for the Cosmic Neutrino Background
    Martin Spinrath (NTHU)
    4/12/19, 2:00โ€ฏPM

    The Cosmic Neutrino Background is a solid prediction of the Standard Model of Cosmology and Particle Physics. There is plenty of indirect evidence for its existence but so far it escaped direct detection. I will explain the difficulties in such an endeavor and present some recent ideas and proposals for it. Interestingly, some of the proposals could act simultaneously as a dark matter experiment.

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  47. 46. Coherent Scattering Results and Future Prospects
    Matthieu Vivier (IRFU, Saclay)
    4/12/19, 2:30โ€ฏPM
  48. 47. Particle Physics Prospects of Neutrino Coherent Scattering
    Joel Walker (Sam Houston State U.)
    4/12/19, 3:30โ€ฏPM
  49. 48. Closing talk
    Serguey Petcov/Shigeki Matsumoto
    4/12/19, 4:00โ€ฏPM
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