First Differential Measurements of Tzq Production and Luminosity Determination Using Z Boson Rates at the Lhc

623.00

 634.00

شامل ضريبة القيمة المضافة

وفرّت:

 11.00

توصيل مجاني

باقي 1 وحدات في المخزون

توصيل مجاني

احصل عليه خلال 17 - 22 مايو

اطلب في غضون 20 ساعة 22 دقيقة

التوصيل بواسطة نوون

البائع ذو تقييم عالي

الدفع عند الاستلام

عملية تحويل آمنة

عروض البنوك

احصل على  31.15 رصيد مسترجع باستخدام بطاقة بنك المشرق نون الائتمانية. اشترك الآن.

البائع

يتم البيع عبر

بوكسمارت

3.6

61% تقييم إيجابي للبائع

المنتج كما في الوصف

70%

شريك لنون منذ

7+ سنة

توصيل مجاني لنقطة نون ومراكز الاستلام

هذا المنتج قابل للإرجاع مجاناً

نظرة عامة على المنتج

المواصفات

الناشر	Springer
رقم الكتاب المعياري الدولي 13	9783031509308
رقم الكتاب المعياري الدولي 10	3031509307
الكاتب	David Walter
تنسيق الكتاب	Hardcover

عن المؤلف	I studied physics at KIT in Karlsruhe, Germany with the main subjects on theoretical particle physics, experimental particle physics, and data analysis. In summer 2017 I joined the CMS experiment to work for my master's thesis project on improvements in deep neural network algorithms for the identification of jets with b quarks. I showed that by using novel machine learning techniques based on domain adaptation the difference between data and simulation can be mitigated. Afterward, I moved to Hamburg where I started my PhD at the DESY research center. My main project was the analysis of proton-proton collision data recorded by the CMS experiment, where I studied the production of a single top quark in association with a Z boson (tZq). During this time, I also co-supervised a graduate student on a related project. Today, I am a level 3 tX convener for CMS and organize by-weekly meetings and support and review analyses from the early stages. As the HepData contact person, I organize thedata preservation of analysis results. In the past and present, I contribute to the CMS experiment in the group responsible for luminosity determination. I developed a novel technique of measuring the luminosity using Z bosons decaying into muons. The approach requires a deep understanding of the reconstruction, identification, triggering, and efficiency determination of munos. The method is also used to validate the luminosity recorded in the just-started LHC Run 3 data acquisition, where I take a supervising role. In my current position as a postdoctoral scientific researcher, I joined the effort for a precision measurement of the W boson mass, a parameter of the standard model that was recently measured with tension to theory predictions. To cope with the demanding conditions for the planned High-Luminosity LHC, new innovative and cutting-edge technology will be needed. In the context of the Phase-2 upgrade of the CMS experiment, I’m performing test measurements of silicon sensors for the new High Granularity Calorimeter (HGCAL).
Language	English
تاريخ النشر	2024-02-13
عدد الصفحات	194 pages

First Differential Measurements of Tzq Production and Luminosity Determination Using Z Boson Rates at the Lhc

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مجموع السلة  623.00