NF09 Workshop

Contribution List

6. JPARC Neutrino Beam Upgrade Plans and Possibilities

Ken Sakashita (KEK)

02/12/2020, 09:00

Conventional Neutrino Beams

7. ESSnu Superbeam and Spallation Source

Tord Ekelof

02/12/2020, 09:30

Conventional Neutrino Beams

11. Future Neutrino Horns

Eric D. Zimmerman (University of Colorado), Eric Zimmerman

02/12/2020, 10:00

Conventional Neutrino Beams

10. Future Neutrino Targets

Chris Densham (STFC Rutherford Appleton Laboratory)

02/12/2020, 10:20

Conventional Neutrino Beams

8. ENuBet

Francesco Terranova (Univ. of Milano-Bicocca and INFN)

02/12/2020, 10:40

Conventional Neutrino Beams

9. Fermilab Neutrino Beam Upgrade Plans and Possibilities

Matthew Toups (FNAL)

02/12/2020, 11:20

Conventional Neutrino Beams

12. EMPHATIC Plans

Jonathan Paley (Fermilab)

02/12/2020, 11:50

Conventional Neutrino Beams

13. NA61 Plans

Yoshikazu Nagai (University of Colorado Boulder), Yoshikazu Nagai (University of Colorado at Boulder)

02/12/2020, 12:10

Conventional Neutrino Beams

14. Flux Determination at Near Detectors

Chang Kee Jung (Stony Brook University)

02/12/2020, 12:30

Conventional Neutrino Beams

26. LBNF Upgrade Possibilities

Mary Bishai (Brookhaven National Laboratory), Mary Bishai

02/12/2020, 12:50

Conventional Neutrino Beams

21. JSNS2

Takasumi Maruyama (KEK)

03/12/2020, 09:00

Neutrinos from spallation sources

15. Neutrino physics with muon-decay medium-baseline neutrino beam facility (MOMENT)

Jian Tang (Sun Yat-Sen University)

03/12/2020, 09:20

Novel Neutrino Sources

22. COHERENT General physics, hardware, and upgrades

Daniel Salvat (Indiana University)

03/12/2020, 09:40

Neutrinos from spallation sources

23. CCM and LANSCE timing

Richard Van de Water (LANL)

03/12/2020, 10:10

Neutrinos from spallation sources

24. Relationship to new-physics (non-neutrino) searches at beam dump experiments

Kevin Kelly

03/12/2020, 10:30

Neutrinos from spallation sources

25. Flux instrumentation at spallation sources; SNS D2O flux monitor

Diana Parno (Carnegie Mellon University)

03/12/2020, 11:00

Neutrinos from spallation sources

16. Use of Precision Beam Timing

Matt Wetstein (Iowa State University)

03/12/2020, 11:20

Novel Neutrino Sources

17. FASERv: Looking forward to neutrinos at the LHC

Felix Kling (SLAC)

03/12/2020, 11:40

Novel Neutrino Sources

18. nuStorm

Kenneth Long (Imperial College London)

03/12/2020, 12:00

Novel Neutrino Sources

27. Brief introduction to the Session

J. Pedro Ochoa (University of California at Irvine), Nathaniel Bowden (LLNL)

04/12/2020, 09:00

Reactor Antineutrinos (NF09 and NF07 combined)

1. Importance of understanding reactor antineutrino emission for basic science, monitoring, and engineering

Andrew Conant (Oak Ridge National Laboratory), Dr XIANYI ZHANG (Lawrence Livermore National Laboratory)

04/12/2020, 09:05

Reactor Antineutrinos (NF09 and NF07 combined)

2. Reactor antineutrino predictions: current status and expected improvements

muriel fallot (Subatech (univ. Nantes, CNRS-in2p3, IMTA))

04/12/2020, 09:35

Reactor Antineutrinos (NF09 and NF07 combined)

3. Reactor antineutrino experiments: current status and future program

Bryce Littlejohn (Illinois Institute of Technology), Bryce Littlejohn

04/12/2020, 10:05

Reactor Antineutrinos (NF09 and NF07 combined)

4. Global strategy and experimental effort beyond the planned program

Patrick Huber (Virginia Tech)

04/12/2020, 10:35

Reactor Antineutrinos (NF09 and NF07 combined)

5. Panel Discussion

04/12/2020, 11:15

Reactor Antineutrinos (NF09 and NF07 combined)

Panelists: Muriel Fallot, Leendert Hayen, Patrick Huber, Bryce Littlejohn, Alejandro Sonzogni.

19. Intense radioactive electron capture sources

Jonathan Link (Virginia Tech)

04/12/2020, 11:45

Novel Neutrino Sources

20. IsoDAR

Daniel Winklehner (Massachusetts Institute of Technology)

04/12/2020, 12:05

Novel Neutrino Sources

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