Difference between revisions of "JEF meeting Jun 8, 2015"

From GlueXWiki
Jump to: navigation, search
(Agenda)
Line 21: Line 21:
 
=Agenda=
 
=Agenda=
 
* Task List [[File:eta_tasks.pdf]]
 
* Task List [[File:eta_tasks.pdf]]
 +
* JEF Tasks for PAC44:
 +
(1) Implement the island algorithm in Hall D simulation. (Sasha, Ilya).
 +
 +
(2)  η → 3π decay data analysis (Justin, students from U. Santa Maria and U. Ohio?)
 +
 +
(3) η → π0 2γ background simulation under GlueX running condition. (Sasha)
 +
 +
(4) η → 3γ background simulation under GlueX running condition. (Simon)
 +
 +
(5) η' production rate and η' → 2π+γ  detection efficiency. (Simon)
 +
 +
(6) Physics update on  η and η' decays (Liping, Dave)
 +
 +
(7) FCAL-II radiation dose rate (Dutta)
 +
 +
(8) Optimization of PWO length (Ilya)
 +
 +
(9) Conceptual design of Prototype calorimeter and beam test (Sasha, Liping)
 +
 +
(10) PWO test results by other groups (Dave)

Revision as of 21:57, 7 June 2015

Meeting time and location= 13:30 EST (JLab time) CC F326-327

=Connection instructions=

We are using BlueJeans Video/Audio conferencing. Our meeting ID number is 370588741. Click "Expand" for more details.

  • Make sure you have created a BlueJeans account via your JLab CUE account using this link:
  • If connecting via Web Browser: click this link (no passcode is needed):
  • If connecting via Phone: Dial one of the following numbers and then enter the meeting ID above and hit "#" or "##"
  • If connecting via Polycom unit:
    • Dial 199.48.152.152 or bjn.vc
    • Enter meeting ID above

Agenda

(1) Implement the island algorithm in Hall D simulation. (Sasha, Ilya).

(2) η → 3π decay data analysis (Justin, students from U. Santa Maria and U. Ohio?)

(3) η → π0 2γ background simulation under GlueX running condition. (Sasha)

(4) η → 3γ background simulation under GlueX running condition. (Simon)

(5) η' production rate and η' → 2π+γ detection efficiency. (Simon)

(6) Physics update on η and η' decays (Liping, Dave)

(7) FCAL-II radiation dose rate (Dutta)

(8) Optimization of PWO length (Ilya)

(9) Conceptual design of Prototype calorimeter and beam test (Sasha, Liping)

(10) PWO test results by other groups (Dave)