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Titlebook: Discovery of Single Top Quark Production; Dag Gillberg Book 2011 Springer Science+Business Media, LLC 2011 Hadron collider.boosted decisio

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Stufen der Anordnung in Euklidischen RäumenIn order to study the world’s smallest particles, it is necessary to build the world’s largest machines. This chapter presents an overview of the Tevatron, at present the world’s highest energy collider, and the formidable DØ detector, in which the particle collisions are studied.
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Experimental Setup,In order to study the world’s smallest particles, it is necessary to build the world’s largest machines. This chapter presents an overview of the Tevatron, at present the world’s highest energy collider, and the formidable DØ detector, in which the particle collisions are studied.
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Event Reconstruction,Finally, the tracks provided by these two methods are used as input to the global track reconstruction (GTR). The tracks are here created, combined, refitted and smoothed using a Kalman filter algorithm [.], resulting in the final set of tracks in the event.
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Analysis: Decision Trees,The traditional approach is to apply further selection criteria (cuts) on discriminating variables and select a subset of the original sample with an enhanced signal to background ratio. The main disadvantage with this method is that we lose precious signal every time a cut is applied.
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Dag GillbergNominated as an outstanding contribution by Simon Fraser University.Explores the groundbreaking, long-sought-after discovery of single top quark production.Documents one of the flagship measurements o
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