Project

Back to overview

High energy physics research with CMS 2016-2018

English title High energy physics research with CMS 2016-2018
Applicant Canelli Florencia
Number 169560
Funding scheme Project funding
Research institution Physik-Institut Universität Zürich
Institution of higher education University of Zurich - ZH
Main discipline Particle Physics
Start/End 01.10.2016 - 30.09.2018
Approved amount 820'000.00
Show all

Keywords (11)

Dark matter; Higgs; LHC; boosted; Vector-like quarks; Particle physics; composite Higgs; Extra dimensions; Top quark; CMS; substructure

Lay Summary (German)

Lead
This proposal supports research with the CMS (Compact Muon Solenoid) experiment at CERN (European Organization for Nuclear Research) which uses high energy proton collisions from the LHC (Large Hadron Collider).
Lay summary

Dieser Antrag unterstützt Forschung mit dem CMS (Compact Muon Solenoid) Experiment am CERN (European Organization for Nuclear Research), das hoch energetische Proton Kollisionen des LHC (Large Hadron Collider) untersucht. Ziel ist ein umfangreicheres Verständnis der elementaren Kräfte und Teilchen zu erlangen. Insbesondere studieren wir die Eigenschaften des neu entdeckten Higgs-Bosons, suchen nach Anzeichen für die Produktion von Dunkle-Materie-Teilchen, nach neuen Arten von Quarks, sowie nach Anzeichen für Extra-Dimensionen und Substruktur in Quarks in Form von hochmassiven Resonanzen. Unsere Gruppe analysiert die Daten der 13 TeV Kollisionen am LHC, die seit dem Jahr 2015 genommen werden und über den Zeitraum der Förderung weiter aufgezeichnet werden. Wir sind außerdem beteiligt am CMS Spurdetektor (Pixel-Detektor), der präzise die Spuren und Vertices der in Kollisionen produzierten geladenen Teilchen vermisst. Wir wirken bei Kalibrationen, Hardwaretests, Austausch, Software Entwicklung und Simulationen mit. Wir konstruieren einen neuen, aufgerüsteten Pixel Detektor mit besserer Effizienz für hohe Datenraten, der im Jahr 2017 installiert wird. Für dieses Upgrade, haben wir neue Elektronik für die Datenauslese und Kommunikation mit dem Detektor, die mechanische Struktur, und ein neues Kühlungssystem in Leichtbauweise vorbereitet, sowie Auslesesystem, Stromversorgung, Kontrollsystem und Kühlsystem montiert und getestet. Im Zeitraum dieser Förderung werden wir helfen den neuen Detektor für CMS in Betrieb zu nehmen und hochwertige Daten aufzuzeichnen.

Direct link to Lay Summary Last update: 27.10.2016

Responsible applicant and co-applicants

Employees

Publications

Publication

Collaboration

Group / person Country
Types of collaboration
CMS collaboration Switzerland (Europe)
- in-depth/constructive exchanges on approaches, methods or results
- Publication
- Research Infrastructure

Scientific events

Active participation

Title Type of contribution Title of article or contribution Date Place Persons involved
BOOST 2018 Talk given at a conference "Highlights on searches for new physics with vector bosons and Higgs bosons in boosted topologies" 16.07.2018 Paris, France Aarrestad Thea Klaeboe;
The sixt annual large hadron collider physics conference (LHCP2018) Talk given at a conference Hadronic tau reconstruction and identification parformance at ATLAS and CMS 04.06.2018 Bologna, Italy Galloni Camilla;
30th Rencontres de Blois "Particle Physics and Cosmology" Talk given at a conference Observation of ttH production in CMS 03.06.2018 Blois, France Salerno Daniel;
Rencontres de Blois, Blois2018 Talk given at a conference Searches with boosted objects in ATLAS and CMS 03.06.2018 Blois, France Zucchetta Albero;
Higgs Toppings Workshop Talk given at a conference Data-driven background for ttH(bb) in CMS 28.05.2018 Benasque, Spain Salerno Daniel;
53 Rencontre de Moriond Electroweak Talk given at a conference SUSY searches in the context of R parity violation with CMS data 10.03.2018 La Thuile, Italy Seitz Claudia;
Cosmology2018, Dubrovnik Talk given at a conference Associated production of Dark Matter and Heavy Quarks at LHC 10.03.2018 Dubrovnik, Croatia Zucchetta Albero;
Workshop on the Standard Model and Beyond Corfu 2017 Talk given at a conference Searches for new heavy resonances decaying into two Higgs bosons or a W/Z and a Higgs bosons at CMS 02.09.2017 Corfu, Italy Galloni Camilla;
MEM4LHC 2017 Talk given at a conference MEM in the fully hadronic ttH(bb) search at CMS 31.08.2017 Berlin, Germany Salerno Daniel;
BOOST 2017 Talk given at a conference W/Z/H tagging in CMS 17.07.2017 Buffalo, United States of America Aarrestad Thea Klaeboe;
EPS 2017 Talk given at a conference Single Top quark and Dark Matter: two is not always better than one 05.07.2017 Venice, Italy Zucchetta Albero;
EPS HEP 2017 Talk given at a conference Latest results on ttH (H→bb) production at CMS 05.07.2017 Venice, Italy Salerno Daniel;
EPS HEP 2017 Talk given at a conference Searches for dark matter in hadronic final states with CMS 05.07.2017 Venice, Italy Pinna Deborah;
Exploring new physics with top quarks Individual talk DESY Zeuthen colloquium 28.06.2017 Zeuthen, Germany Canelli Florencia;
DESY Hamburg colloquium Individual talk Exploring new physics with top quarks 27.06.2017 Hamburg, Germany Canelli Florencia;
Invisibles 2017 Talk given at a conference High energy searches beyond the standard model 12.06.2017 Zurich, Switzerland Canelli Florencia;
LHCP 2017 Talk given at a conference Top quark mass measurements from CMS 17.05.2017 Shanghai, China Canelli Florencia;
LHCP 2017 Talk given at a conference Strong SUSY 15.05.2017 Shanghai, China Seitz Claudia;
ALPS 2017 Talk given at a conference Single Top quark and Dark Matter 17.04.2017 Tirol, Austria Zucchetta Albero;
SUSY Workshop Talk given at a conference Review of RPV in SUSY and EXO 10.04.2017 Ghent, Belgium Seitz Claudia;
PIC 2017 Talk given at a conference Higgs searches at the LHC 08.04.2017 Prague, Czech Republic Kilminster Benjamin;
DIS 2017 Talk given at a conference Search for new resonances decaying into W, Z and H bosons at CMS 03.04.2017 Birmingham, Great Britain and Northern Ireland Zucchetta Albero;
DM @ LHC 2017 Talk given at a conference Two is not always better than one: Single Top Quarks and Dark Matter 04.03.2017 Irvinee, United States of America Pinna Deborah;
ETH and UZH physics colloquium Individual talk The top quark and its searches 14.12.2016 Zurich, Switzerland Canelli Florencia;
Helmhotz 2016 Talk given at a conference SUSY search in the single lepton final state 28.11.2016 Warsaw, Poland Seitz Claudia;


Communication with the public

Communication Title Media Place Year
Talks/events/exhibitions Computing in high-energy physics German-speaking Switzerland 2017
Talks/events/exhibitions Dark Matter Day German-speaking Switzerland 2017

Associated projects

Number Title Start Funding scheme
182037 Research in High Energy Physics with the CMS detector: measurements and searches with top quarks 01.10.2018 Project funding
178957 Addressing mysteries of mass in the universe with the CMS and DAMIC experiments 01.04.2018 Project funding
160814 Particle Physics with high-quality data from the CERN LHC 01.10.2015 Sinergia
173602 FLARE 2017-2019: Operation, Computing and Upgrades of the CMS Experiment 01.04.2017 FLARE
156687 Research in High Energy Physics with the CMS Detector 01.10.2014 Project funding
147470 FLARE - GRID Infrastructure for LHC Experiments 01.04.2013 FLARE
166914 FLARE: Maintenance & Operation for the LHC Experiments 2016 01.04.2016 FLARE
166922 FLARE 2016-17: Operation, Computing and Upgrades of the CMS Experiment 01.04.2016 FLARE
204929 Addressing mysteries of mass in the universe with the CMS and DAMIC experiments 01.10.2021 Project funding

Abstract

In 2015, the center of mass energy of the LHC (Large Hadron Collider) proton-proton collisions at CERN (European Organization for Nuclear Research) was upgraded from 8 to 13 TeV, providing a new opportunity to explore a regime where elusive physics beyond the standard model is expected to be hiding. This grant proposal is a continuation of the existing, funded Swiss National Science Foundation (SNF) grants of Prof. Canelli and Prof. Kilminster for Ph.D. students and post docs for particle physics research using the CMS (Compact Muon Solenoid) experiment the LHC. Profs. Canelli and Kilminster operate independent research groups, although there is synergy in their participation in the CMS pixel detector operation and upgrades. Profs. Canelli and Kilminster are also co-PIs of funded SNF grants for Maintenance and Operations (M\&O) costs of CMS. The construction of the phase 1 pixel upgrade and R\&D for phase 2 upgrades mentioned in this proposal are funded in a separate swiss-wide (University of Z\"urich, ETH Z\"urich, PSI) SNF grant for which Prof. Kilminster is the PI and Prof. Canelli is a co-PI. This proposal requests funds for a crucial two year time period (October 2016-September 2018). Not only will we exploit the 100 fb$^{-1}$ of luminosity expected in LHC Run 2 at the 13 TeV (and possibly 14 TeV) energy frontier with searches for new physics, but we will also install, commission, and operate a completely new upgraded phase 1 pixel detector, as well as begin designing the phase 2 pixel detector for installation in the 2023-2025 long shutdown that is a bridge to the High Luminosity LHC (HL-LHC) which will run until 2037 and collect 3000 fb$^{-1}$.By October 2016, a completely new 4-layer pixel detector with supply tube power, cooling, control and readout electronics will have been assembled and tested in Zurich. The main challenge of the first year of this grant will be to insert and commission this new detector into CMS, and then regain and surpass CMS performance for tracking, vertexing, secondary vertexing, as well as object identification. Over the course of this grant, Prof. Kilminster's group will continue its deep participation in heavy resonance searches with boosted jets, $b$ jets, and $\tau$ leptons that could arise in extra dimensional or composite Higgs scenarios, and which require a detailed understanding of jet substructure analysis techniques. Prof. Canelli's group will be searching for dark matter in association with top quarks and the production of heavy vector-like quarks, as well as Higgs bosons produced in association with top quarks, building upon advances in matrix element analysis techniques. The two groups are involved in various aspects of the currently installed pixel system, including pixel monitoring and DAQ software, recommissioning and calibrating the detector, on-call pixel shifts, and pixel track clustering offline software. The groups are also building the cooling tubes and mechanical structures for the phase 1 upgraded pixel detector, as well as integrating and commissioning the electronics, power supplies, fiber connections and cabling, cooling tubes, and the foreseen DAQ systems. The University of Z\"urich groups will produce a complete and tested supply tube system which will be able to power, control, cool, and readout the barrel pixel detector. Our CMS groups were founded recently in fall 2012, but we have already established group expertise in pixel detector operations and pixel detector building, while at the same time have become firmly rooted in some of the most important physics analysis topics of LHC particle physics. We will continue this progress as we integrate the next 100 fb$^{-1}$ luminosity expected in this grant period, searching for BSM physics processes, caring for a newly upgraded pixel system, and increasing our involvement in the phase 2 upgrade, which will require new detector techniques to handle the high instantaneous luminosity and integrated luminosity demands of the HL-LHC.
-