A search for proton decay via p → μ+K0 in Super Kamiokande I: A UC Irvine Ph.D. dissertation

 
9783847300045: A search for proton decay via p → μ+K0 in Super Kamiokande I: A UC Irvine Ph.D. dissertation
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A search for p → μ+K0 was performed using the Super Kamiokande I (SK-I) data set with a live-time of 1489.2 days corresponding to a total exposure of 91.2 kt years. In addition to searching this decay mode via the p → μ+K0S channel, previously performed by Kobayashi using the SK-I data set, new event reconstruction was developed specifically to search for separated vertices characteristic of the p → μ+K0L channel. This new reconstruction takes advantage of the long lifetime of the K0L which results in a unique event signature in which there are two distinct vertices; one corresponding to the proton decay point and another at the K0L disappearance point. These are typically separated by about 2m in space and 20 ns in time. We did not observe statistically significant evidence for p → μ+K0 decay. Therefore, a lower limit on the proton partial lifetime, τ/Bp→μ+K0, of 1.1 × 10^33 years was obtained at 90% confidence level.

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Dr. Regis received his PhD in Particle Physics from the University of California, Irvine in 2011.

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Book Description Condition: New. Publisher/Verlag: LAP Lambert Academic Publishing | A UC Irvine Ph.D. dissertation | A search for p +K0 was performed using the Super Kamiokande I (SK-I) data set with a live-time of 1489.2 days corresponding to a total exposure of 91.2 kt years. In addition to searching this decay mode via the p +K0S channel, previously performed by Kobayashi using the SK-I data set, new event reconstruction was developed specifically to search for separated vertices characteristic of the p +K0L channel. This new reconstruction takes advantage of the long lifetime of the K0L which results in a unique event signature in which there are two distinct vertices; one corresponding to the proton decay point and another at the K0L disappearance point. These are typically separated by about 2m in space and 20 ns in time. We did not observe statistically significant evidence for p +K0 decay. Therefore, a lower limit on the proton partial lifetime, /Bp +K0, of 1.1 × 10^33 years was obtained at 90% confidence level. | Format: Paperback | Language/Sprache: english | 188 pp. Seller Inventory # K9783847300045

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Book Description LAP Lambert Academic Publishing Apr 2012, 2012. Taschenbuch. Condition: Neu. Neuware - A search for p +K0 was performed using the Super Kamiokande I (SK-I) data set with a live-time of 1489.2 days corresponding to a total exposure of 91.2 kt years. In addition to searching this decay mode via the p +K0S channel, previously performed by Kobayashi using the SK-I data set, new event reconstruction was developed specifically to search for separated vertices characteristic of the p +K0L channel. This new reconstruction takes advantage of the long lifetime of the K0L which results in a unique event signature in which there are two distinct vertices; one corresponding to the proton decay point and another at the K0L disappearance point. These are typically separated by about 2m in space and 20 ns in time. We did not observe statistically significant evidence for p +K0 decay. Therefore, a lower limit on the proton partial lifetime, /Bp +K0, of 1.1 × 10^33 years was obtained at 90% confidence level. 188 pp. Englisch. Seller Inventory # 9783847300045

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Book Description LAP Lambert Academic Publishing Apr 2012, 2012. Taschenbuch. Condition: Neu. Neuware - A search for p +K0 was performed using the Super Kamiokande I (SK-I) data set with a live-time of 1489.2 days corresponding to a total exposure of 91.2 kt years. In addition to searching this decay mode via the p +K0S channel, previously performed by Kobayashi using the SK-I data set, new event reconstruction was developed specifically to search for separated vertices characteristic of the p +K0L channel. This new reconstruction takes advantage of the long lifetime of the K0L which results in a unique event signature in which there are two distinct vertices; one corresponding to the proton decay point and another at the K0L disappearance point. These are typically separated by about 2m in space and 20 ns in time. We did not observe statistically significant evidence for p +K0 decay. Therefore, a lower limit on the proton partial lifetime, /Bp +K0, of 1.1 × 10^33 years was obtained at 90% confidence level. 188 pp. Englisch. Seller Inventory # 9783847300045

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Book Description LAP Lambert Academic Publishing Apr 2012, 2012. Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Neuware - A search for p +K0 was performed using the Super Kamiokande I (SK-I) data set with a live-time of 1489.2 days corresponding to a total exposure of 91.2 kt years. In addition to searching this decay mode via the p +K0S channel, previously performed by Kobayashi using the SK-I data set, new event reconstruction was developed specifically to search for separated vertices characteristic of the p +K0L channel. This new reconstruction takes advantage of the long lifetime of the K0L which results in a unique event signature in which there are two distinct vertices; one corresponding to the proton decay point and another at the K0L disappearance point. These are typically separated by about 2m in space and 20 ns in time. We did not observe statistically significant evidence for p +K0 decay. Therefore, a lower limit on the proton partial lifetime, /Bp +K0, of 1.1 × 10^33 years was obtained at 90% confidence level. 188 pp. Englisch. Seller Inventory # 9783847300045

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