Difference between revisions of "Exotic b1π Channel Simulation and Analysis"
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This page documents the essential results from an effort to simulate and analyze a b1π decay of an exotic resonance. This is done in the context of the GlueX experiment: the data is simulated as photo-production of mesons on a proton target using a Monte Carlo model of the GlueX detector. | This page documents the essential results from an effort to simulate and analyze a b1π decay of an exotic resonance. This is done in the context of the GlueX experiment: the data is simulated as photo-production of mesons on a proton target using a Monte Carlo model of the GlueX detector. | ||
| + | * [https://docs.google.com/document/d/1uwNbrvivWcwJRRFIZF0F4FyB2-067Hsa4NRgRsdq9Bo/edit?hl=en_US Log book] (Google Doc) | ||
== Production and Decay Amplitudes == | == Production and Decay Amplitudes == | ||
Revision as of 17:20, 10 October 2011
This page documents the essential results from an effort to simulate and analyze a b1π decay of an exotic resonance. This is done in the context of the GlueX experiment: the data is simulated as photo-production of mesons on a proton target using a Monte Carlo model of the GlueX detector.
- Log book (Google Doc)
Production and Decay Amplitudes
Reports
- Collaboration Meeting 5/2011 - update on work to reconstruct the b1π signal from background. Some cut alternatives are reviewed.
- Collaboration Meeting 10/2011 - Report on the b1π amplitude calculator implementation, and its first use to generate and fit a signal with two waves.
Igor Senderovich 17:12, 10 October 2011 (UTC)