2–6 Sept 2019
Europe/Zurich timezone

Session

Plenary Talks (C.A.R.L., H03)

2 Sept 2019, 09:00

Presentation materials

There are no materials yet.

  1. William Kinney (Univ. at Buffalo, SUNY)
    02/09/2019, 09:00
    Talk
  2. Ana Achucarro (Univ. of Leiden / UPV-EHU Bilbao)
    02/09/2019, 09:40
  3. Christian Byrnes (University of Sussex (GB))
    02/09/2019, 10:50
    Talk
  4. Tanja Hinterer
    02/09/2019, 11:30
  5. Prof. Mariangela Lisanti (Princeton University)
    02/09/2019, 12:10
    Talk
  6. Matteo Viel
    03/09/2019, 09:00
    Talk
  7. Manoj Kaplinghat (University of California Irvine)
    03/09/2019, 09:40
    Talk
  8. Dr Chanda Prescod-Weinstein (University of Washington)
    03/09/2019, 10:50
    Talk
  9. Dr Vivian Poulin (LUPM, CNRS, France)
    03/09/2019, 11:30
    Talk
  10. Dr Iason Baldes (Universite Libre de Bruxelles)
    03/09/2019, 12:10
    Talk
  11. Erminia Calabrese
    04/09/2019, 09:00
  12. Lloyd Knox (UC Davis)
    04/09/2019, 09:40
    Talk
  13. Lavinia Heisenberg (ETHZ - ETH Zurich)
    04/09/2019, 10:50
    Talk
  14. Valerie Domcke (valerie.domcke@desy.de )
    04/09/2019, 11:30
    Talk
  15. Sachiko Kuroyanagi (Tokyo University of Science)
    04/09/2019, 12:10
    Talk
  16. Ranjan Laha (CERN)
    05/09/2019, 09:00
    Talk
  17. Yonit Hochberg (Hebrew University)
    05/09/2019, 09:40
    Talk
  18. Patt Scott
    05/09/2019, 10:50
    Talk
  19. David Curtin (University of Toronto)
    05/09/2019, 11:30
    Talk
  20. Walter Winter (DESY)
    05/09/2019, 12:10
    Talk
  21. Emanuele Castorina
    06/09/2019, 09:00
  22. Gong-Bo Zhao
    06/09/2019, 09:40
    Talk
  23. Chihway Chang
    06/09/2019, 10:50
    Talk
  24. Alkistis Pourtsidou
    06/09/2019, 11:30
    Talk
  25. Miguel Zumalacarregui
    06/09/2019, 12:10
    Talk
  26. William Kinney (Univ. at Buffalo, SUNY)
    Talk
  27. Large Scale Structure
    Talk

    LOFAR is the world leading radio interferometer for the observation of the low-frequency sky. In this talk I will describe the scope of the ongoing LOFAR Two-metre Sky Survey (LoTSS), which will eventually map the complete Northern hemisphere at unprecedented sensitivity and angular resolution. I will present a study of the angular two-point correlation based on the LoTSS value added source...

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