Support for leadership of the ATLAS-UK Upgrade project

Lead Research Organisation: University of Glasgow
Department Name: School of Physics and Astronomy

Abstract

FAO of Tony Medland, Particle Physics

This grant will support a buy-out from University duties to allow Buttar to spend additional time on the management of the current ATLAS-UK Upgrade project.

Planned Impact

The LHC story has captured the public's imagination, as they have followed the drama of the first collisions, the LHC accident and then the successful running culminating in the first hints of the Higgs boson. This has raised the awareness of science and contributed to the increasing number of students entering University to study Physics. ATLAS-UK has played a central role in the dissemination of LHC results to the wider community through working with media, visits to schools and supporting school visits to CERN, as well as inviting MPs and Ministers to visit CERN.
The training of students and young researchers in experimental particle physics is second to none, and provides a workforce that is skilled in a range of disciplines critical to a knowledge-based economy: software, engineering, project management, data analysis - and is capable of working in a highly competitive international environment.
During the development and construction of the Upgrade, ATLAS-UK is seeking to promote UK industry wherever this is appropriate.
The tracker upgrade has worked with UK companies such as Micron Semiconductor Ltd, Stevenage Circuits Group Ltd and Hawk Electronics Ltd that are already established within Particle Physics, to position them to be able to bid to provide elements of the Upgrade.
There has also been collaboration with Draka (part of the Prismian group) in the development of suitable radiation hard, high bandwidth fibres for use at the HL-LHC. This is a hostile environment for fibres as the radiation doses are very large, up to ~ 500 kGy(Si)
Draka hopes to sell these fibres to LHC experiments and accelerator but there is also a wider market for fibres in Nuclear plants, for fusion research (ITER) and for the military (see http://communications.draka.com/sites/eu/News/Super-RadHard-Fibres.aspx).
The ATLAS UK computing and software upgrade activity is already working in collaboration with Nvidia, Dell and Intel on the required developments in software and in the use of hardware as the architectures evolve. Clark (Edinburgh) and Jones (Lancaster) are part of the NVidia 'Fellows' programme, and our work has been presented at their users forum in San Diego. Through Dell, we are offered limited access to new hardware for benchmarking and direct contact with the Intel developers. For all these companies, ATLAS is seen as a test case for ideas and also students/RAs will be getting training in the very latest computing & software methods at a time when this area is undergoing some fundamental changes. ATLAS is regarded as a technically sophisticated community with interesting challenges that often characterize much of the commercial marker needs four years or more hence, often more accurately than specialist HPC applications. Their subsequent optimization of hardware for our needs then gives downstream benefit to the economy.

Publications

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Milovanovic M (2014) Silicon sensors with various pixel geometries adapted for a common readout ASIC in Journal of Instrumentation

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Lipeles E (2012) L1 track triggers for ATLAS in the HL-LHC in Journal of Instrumentation

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Collaboration T (2014) A neural network clustering algorithm for the ATLAS silicon pixel detector in Journal of Instrumentation

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Allport P (2014) Development of planar pixel modules for the ATLAS high luminosity LHC tracker upgrade in Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

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Hara K (2013) Silicon strip detectors for ATLAS at the HL-LHC upgrade in Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

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Díez S (2013) Silicon strip staves and petals for the ATLAS Upgrade tracker of the HL-LHC in Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

 
Description Silicon sensor systems for tracking at the high-luminosity Large Hadron Collider at CERN. This essentially takes are very high resolution photograph of the products of the collisions of two protons at the Large Hadron Collider. Using this information, scientists can understand the underlying physics and under the interactions between fundamental particles.
This project has an ongoing programme to develop the pixel modules. This includes design of sensors and interconnects to the readout electronics. Prototype sensors have been developed and tested both in the laboratory and in testbeams, and have shown good performance. Novel interconnect technology for thin modules is being developed.
Exploitation Route The results of the research are published in peer reviewed journals and presented at international conferences.
Sensor systems could be exploited in security and health, as well as areas of research e.g. synchrotron science
Sectors Electronics,Healthcare,Security and Diplomacy

 
Description STFC PPRP: ATLAS Upgrade 2013
Amount £15,000,000 (GBP)
Organisation Science and Technologies Facilities Council (STFC) 
Sector Public
Country United Kingdom
Start 04/2013 
End 03/2016
 
Description ATLAS Upgrade collaboration 
Organisation European Organization for Nuclear Research (CERN)
Department ATLAS Collaboration
Country Switzerland 
Sector Academic/University 
PI Contribution The UK participates in the following upgrade projects: Tracker, L1 calorimeter trigger, L1 track trigger, High Level Trigger and Computing & Software Within the the tracker the UK has made significant contributions to the development of radiation hard sensors, readout electronics, module assembly and construction of local and global mechanical supports. UK physicists hold a number of international leadership roles within the Tracker Upgrade Collaboration, including the project leader. Within the L1 calorimeter trigger, the UK is responsible for the design, construction and commissioning of the eFEX and ROD boards. The UK is one of the main proponents of the L1 Track Trigger programme and is providing studies of the impact on the physics, designing the data flow and implementing within the strip readout. The UK provides expertise and leadership in a number of areas within the High Level Trigger, covering muon and electron signatures and global and tracking software. Within Computing & Software the UK provides expertise in developing the simulation and tracking software for high multiplicity environments and taking advantages of new computing architectures.
Collaborator Contribution The international ATLAS Upgrade programme consists of contributions from about 174 institutions (the UK is 15 of the 174). Our partners bring funding that makes the large undertaking of upgrading the ATLAS experiment possible. Our partners provide complementary expertise to the UK and take responsibility for other areas of the project.
Impact ~600 scientific papers and reports from 2010-present. The project brings together experts in many disciplines: Physics, mechanical engineering, electronic engineering, computing & software