sPHENIX is a new detector at RHIC.

[Ming Liu <ming AT bnl.gov>]

Dear Austin and Christine,

The abstract looks very good to me.

Cheers,

Ming

 

-- 

Ming Xiong Liu

P-25, MS H846                     TEL: 505-667-7125 

Physics Division                            631-344-7821(BNL)

LANL                                               630-840-5708(FNAL)

Los Alamos, NM 87545      FAX:  505-665-7020

 

 

From: sPHENIX-l <sphenix-l-bounces AT lists.bnl.gov> on behalf of Christine Nattrass <saccharomyces.cerevisae AT gmail.com>
Date: Thursday, January 7, 2021 at 7:19 AM
To: sphenix-mvtx-l <sphenix-maps-l AT lists.bnl.gov>, sphenix-l <sphenix-l AT lists.bnl.gov>, Austin Schmier <aschmier AT vols.utk.edu>
Subject: [Sphenix-l] Austin Schmier (UTK) April Meeting abstract on MVTX electronics testing

 

Dear all

Austin Schmier (cc'd) would like to submit the following abstract for the APS April Meeting on the MVTX electronics testing taking place at ORNL.  Austin is not on these lists so please keep him in cc.  Feedback welcome!  Note that the abstract deadline is tomorrow.

-- 

Greetings,

Dr. Christine Nattrass

--

she, her, hers

Associate Professor

Undergraduate Program Director

Physics Department

University of Tennessee, Knoxville

Office:  SERF 609

Office Hours:  10:15-11:15 Mon. & 3-4 Wed.

Address:

1408 Circle Drive

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phone number at UTK: (865) 974-6211

http://web.utk.edu/~cnattras

Testing the sPHENIX MTVX Readout Units

 

The sPHENIX experiment is a next-generation experiment designed to study the quark gluon plasma using jets and quarkonia spectroscopy. The Maps-based Vertex detector (MVTX) within sPHENIX is used for particle tracking and vertexing, as well as providing capabilities for heavy-flavor studies. Testing of the MVTX readout units for the sPHENIX detector is ongoing at Oak Ridge National Laboratory. These readout units are high granularity, low power, fast, and radiation tolerant, with the capability of handling the high event rate and resolution requirements of the sPHENIX detector. Testing consists of checking the readout units for errors, such as short circuits and optical fiber loopback issues, as well as programming the boards for use within sPHENIX. An overview of the readout units, test procedures, and some preliminary results are presented.

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