'High granularity' diaporamas de présentation

Peter Kostka Alessandro Polini Rainer Wallny

LHeC Detector Working Group Status. Peter Kostka Alessandro Polini Rainer Wallny. Outline Short Introduction Physics requirements IR/ACC boundaries Detector requirements Present detector design status Starting point for discussion Outlook and Plans. LHeC Kinematics.

699 views • 56 slides

Peter Kostka Alessandro Polini Rainer Wallny

LHeC Detector Working Group Status. Peter Kostka Alessandro Polini Rainer Wallny. Outline Short Introduction Physics requirements IR/ACC boundaries Detector requirements Present detector design status Starting point for discussion Outlook and Plans. LHeC Kinematics.

570 views • 56 slides

Detector simulations for EIC at BNL

Detector simulations for EIC at BNL . Alexander Kiselev POETIC Workshop Sep , 2 -5 2013. Contents. Dedicated eRHIC detector concept EicRoot framework General idea Tracking studies Calorimeter R&D Tools for detector development EIC detector solenoid field modeling

748 views • 55 slides

Highlights of the ALICE Physics Program at the LHC

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ECFA HL-LHC Workshop Aix-Les Bains , October 1-3, 2013 Burkhard Schmidt, CERN

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Present status of MINORCA installation and some ideas of possible physics cases.

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The ALICE Inner Tracking System: commissioning and running experience

The ALICE Inner Tracking System: commissioning and running experience. V. Manzari / INFN Bari on behalf of the ITS project in the ALICE Collaboration. Outline. The Inner Tracking System Pixel, Drift and double-side Strip detectors Commissioning and Operation with cosmics

476 views • 32 slides

Concepts, Calorimetry and PFA

Concepts, Calorimetry and PFA. Mark Thomson University of Cambridge. This Talk:. ? ILC Physics/Detector Requirements. ? Detector Concepts and optimisation. ? Calorimetry at the ILC. ? Particle Flow Status. ? PFA in near future. ? Conclusions. s (e + e - g Z HH) = 0.3 fb. e.g. ZHH.

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371 views • 25 slides

Counting CSP Solutions Using Generalized XOR Constraints

Counting CSP Solutions Using Generalized XOR Constraints. Carla P. Gomes, Willem-Jan van Hoeve, Ashish Sabharwal , Bart Selman Cornell University AAAI Conference, 2007 Vancouver, BC. Problem Description. Constraint Satisfaction Problem ( CSP ) P : Input: a set V of variables

360 views • 23 slides

UK Opportunities in SiD Calorimetry

UK Opportunities in SiD Calorimetry. Paul Dauncey Imperial College London. SiD. muon system. solenoid. muon system. HCAL. HCAL. Overview. SiD is designed for particle flow Calorimeters will be optimised using particle flow algorithms (PFA)

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A FOrward CALorimeter for the PHENIX experiment

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The FLC Group (Future Linear Collider) oder ( Forschung an Lepton Collidern)

The FLC Group (Future Linear Collider) oder ( Forschung an Lepton Collidern). Erika Garutti. What does a physicist do the whole day long?. Hardware ? development/construction and test of advanced high tech. detectors Software ? development of analysis programs

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Fast Static Scheduling Algorithm for DAGs on an Unbounded Number of Processors

Fast Static Scheduling Algorithm for DAGs on an Unbounded Number of Processors. Speaker: Si-Wen Hung Advisor :Dr. Sao-Jie Chen. Outline. Introduction Scheduling Classification EZ DSC Clan Comparison. Introduction. Scheduling Assign all the tasks to PE Minimize the total processing.

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R&D on Monolithic Active Pixel Sensors for the TESLA Vertex Detector

R&D on Monolithic Active Pixel Sensors for the TESLA Vertex Detector. - overview: past, present & future work -. Devis Contarato University of Hamburg. Outline. Introduction: TESLA requirements MAPS: a technology for the TESLA VXD Basic concepts on Monolithic Active Pixel Sensors

466 views • 22 slides

High Granularity Calorimeter ( HGCal )

High Granularity Calorimeter ( HGCal ). 9/5/2018. Content. What is a calorimeter? Why use a calorimeter? What is HGCal ? What does it look like? Where is it? Radiation distribution and damage at HGCal. 1. What is a calorimeter?. This is NOT a calorimeter!!!. This is a calorimeter!.

139 views • 13 slides

Nuclear structure around 100 Sn

Nuclear structure around 100 Sn. Darek Seweryniak, ANL. Doubly-magic nuclei. 208 Pb. 100 Sn. 48 Ni. 56 Ni. 132 Sn. 16 O. 78 Ni. 40,48 Ca. 100 Sn physics. Z. super allowed a -decay. rp process end point. p/2p decay. 100 Sn. Doubly-magic. Self-conjugate. spe. n-n interactions.

223 views • 9 slides