PIERRE AUGER EVENT RECONSTRUCTION WORKSHOP

OCTOBER 2-5, 2002

Center for Cosmological Physics

Introduction
Program
Information
Hotel & Transportation 

INTRODUCTION


AUGER tank


 
 


Hybrid event at Auger

NEW!

PICTURES Here

TALKS Here

Participants List

The Engineering Array of the Pierre Auger Observatory has been operating in steady fashion since January, 2002. It consists of 30 surface detectors overlooked by two fluorescence telescopes. During this period samples of all the types of events that we expect to observe have been found and many independent  groups have begun to reconstruct them. These include events at zenith angles up to 85 deg, fluorescence events, and hybrid events seen both by the surface array and the fluorescence detector. The purpose of the workshop is to have well defined sets of events reconstructed by at least two independent teams. In addition, we want to compare different calibration techniques for the the surface detectors and the fluorescence telescopes. Finally, we want to compare simulations required to pass from observed signals in the detectors to energies.

The expected outcome will be guidance for the groups preparing production programs. The quantity of data now is small enough that handling the data is not too difficult and one can reconstruct the events with simple programs and deal with complications such as accidental triggers "by hand". When the 1600 tanks will be operating we will expect about 400 events/day with 5 or more tanks triggered. Of these about 200 will be reconstructed. This rate will demand a production program with the sophistication to remove accidentals, correct trigger times from PMT noise or accidental unrelated muons, malfunctioning PMT's, malfunctioning stations etc.

This workshop will not deal with any publishable results. For that we do not have enough events. But we will have enough aperture to do some science in about a year so we want to be ready. Hopefully this workshop will be a step along the way.

At Chicago the Auger Observatory is one of a number of theoretical and experimental activities of the newly formed Center for Cosmological Physics, supported by the NSF. In order to have members of the CfCP as well as other Chicago colleagues become acquainted with Auger we plan to have a CfCP/Enrico Fermi Institute Mini-Symposium on the Auger Observatory on October 4. For schedules and programs follow the links below.


PROGRAM
 
Auger Event Reconstruction PROGRAM
October 2 - 5

 
 
 
 

CfCP/EFI Mini-Symposium PROGRAM
October 4


INFORMATION
Workshop talks will be at the 
Research Institutes
Room RI - 480
5640 S. Ellis Ave. 4th floor

Colloquium and Mini Symposium will be held at 
KTPC -106
Kersten Physics Teaching Center
5720 S. Ellis Avenue 

More info here

Participants List here


HOTELS & TRANSPORTATION



9 Dec 02:56:45, 2001 first hybrid event 


Auger Fluorescence Detector


Auger Tanks

Hotels:
The Workshop Hotel is:

Ramada Inn Lake Shore Drive
4900 South Lake Shore Drive
Chicago, IL 60615
773-288-5800
(van services to/from workshop building)

When making reservations, please mention
the AUGER Workshop @ The University of Chicago.
The rate is $90.00 + tax $13.41/night

MAKE YOUR RESERVATIONS EARLY!



Airport Transportation:
Taxis are about ~ $50
Omega Shuttle Service
every hour from O'Hare $20

If you cannot afford the Ramada, there are student dormitories available at:

The International House
The rate is $50.00 (private rooms, common bath facilities)
contact heinz@oddjob.uchicago.edu for reservations
(15 minutes' walk) for a map click here

If you rather stay downtown we suggest
(easier public transport connection to UofC):

Hyatt on Printers Row
500 South Dearborn
Chicago, IL 60605
Tel: +1 312 986 1234
Fax: +1 312 939 2468

Hilton Chicago
720 South Michigan Avenue,
Chicago, IL 60605
Tel: 1-312-922-4400
Fax: 1-312-922-5240

The Palmer House Hilton
17 East Monroe Street,
Chicago, IL 60603
Tel: 1-312-726-7500
Fax: 1-312-917-1707

Long-term visitors stay at:
Wooded Isle Suites
5750 South Stony Island Avenue
Chicago, IL 60637
773-288-5578