Cornell University Unit Name

Project Links: Tracking - Gaseous

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Individual Projects

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Carleton University, TRIUMF, University of Montreal, Dapnia, CEA, Saclay, CNRS/IN2P3, LAL, Orsay (affiliated with LC-TPC)

TPC Resolution studies using the concept of charge dispersion in MPGDs with a resistive anode

CDC Collaboration (KEK, Tsukuba, TUAT, Kogakuin, Kinki, Hiroshima, Saga, Minadanao) (affiliated with LC-TPC)

Linear Collider Gaseous Tracker R&D in Asia

Cornell University (affiliated with LC-TPC)

TPC signal digitization simulation and reconstruction studies

Cornell University, Purdue University (affiliated with LC-TPC)

Direct comparison of Micro Pattern Gas Detector Readouts

LBNL, Orsay, Saclay (affiliated with LC-TPC)

(incomplete) Cosmic-ray tests of a large Micromegas TPC in a 2T magnetic field

LBNL, University of California at Berkeley, University of California at Davis

(incomplete) VLSI Readout for the TPC

Louisiana Tech

(incomplete) Development of GEM-based Forward Tracking Prototypes for the ILC

Max-Plank-Institut fuer Physik, Munich (affiliated with LC-TPC)

Studies with the MPI prototype

University of Victoria (affiliated with LC-TPC)

Performance studies in magnetic fields

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Umbrella organization: LC-TPC, and affiliated projects

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LC-TPC Collaboration

(incomplete) LC-TPC: Large Collaborative Projects

Carleton University, TRIUMF, University of Montreal, Dapnia, CEA, Saclay, CNRS/IN2P3, LAL, Orsay

TPC Resolution studies using the concept of charge dispersion in MPGDs with a resistive anode

CDC Collaboration (KEK, Tsukuba, TUAT, Kogakuin, Kinki, Hiroshima, Saga, Minadanao)

Linear Collider Gaseous Tracker R&D in Asia

Cornell University

TPC signal digitization simulation and reconstruction studies

Cornell University, Purdue University

Direct comparison of Micro Pattern Gas Detector Readouts

LBNL, Orsay, Saclay

(incomplete) Cosmic-ray tests of a large Micromegas TPC in a 2T magnetic field

Max-Plank-Institut fuer Physik, Munich

Studies with the MPI prototype

University of Victoria

Performance studies in magnetic fields