3. Annual MT Meeting

Session

Poster Session

31 Jan 2017, 18:45

GSI Darmstadt

Conveners

Poster Session: Poster presentations

• Ties Behnke (DESY)

Poster Session

• There are no conveners in this block

18. Evaluation of GPUs as a level-1 track trigger for the High-Luminosity LHC

Timo Dritschler (Karlsruhe Institue of Technology)

31/01/2017, 18:45

Investigation of GPUs for usage as a low-latency, high-throughput track trigger with CMS as showcase

21. μTCA.4 LLRF Control System Integration at ELBE - From Concept to Realisation

Reinhard Steinbrück (HZDR)

31/01/2017, 18:48

Integration of digital LLRF into ELBE control System and future feedback scheme.

25. Parameterization-based tracking for the P2 experiment.

Dr Iurii Sorokin (JGU Mainz)

31/01/2017, 18:51

Introduction of the P2 experiment. HV/MAPS-based tracker. Parameterization-based tracking for P2.

27. Flip-Chip Bonding at DESY: Experiences & Outlook

Mrs Sumera Kousar (FEC DESY)

31/01/2017, 18:54

-Solder Jetting -Flip-Chip Bonding -Limits & Flexibilities -CMS BPix & DTS SiPM

55. Development of superconducting undulators

Dr Sara Casalbuoni (IBPT-KIT)

31/01/2017, 18:57

Since several years, KIT IBPT and the industrial partner Babcock Noell GmbH (BNG) are collaborating to develop superconducting undulators for ANKA and low emittance light sources. The first full length device with 15 mm period length has been successfully tested in the ANKA storage ring for one year. The next superconducting undulator has a period length of 20 mm(SCU20) and is planned to be...

39. DAQ Test System for CMS Tracker Upgrade Phase 2

Mr Mykyta Haranko (DESY, CMS Group)

31/01/2017, 19:00

The upcoming high-luminosity phase of the LHC requires an upgrade of the tracking detector of the CMS experiment. Two types of detector modules are foreseen to be used for the outer tracker regions: so called 2S and PS modules. The current design of the modules implies the presence of two semiconductor sensors with corresponding front-end electronics for the readout. For the future module...

77. Femtosecond Level Laser Synchronization at REGAE

Mr Mikheil Titberidze (DESY)

31/01/2017, 19:03

Relativistic Electron Gun for Atomic Exploration (REGAE) is a unique accelerator, capable of producing ~ 10 fs long electron bunches. These bunches are used for Ultrafast Electron Difraction (UED) experiments in a pump-probe configuration. In order to conduct precise pump-probe experiments one has to ensure femtosecond level laser synchronization. This poster presents advanced Mach-Zehnder...

86. ChimeraTK: A tool kit for modular control applications

Martin Killenberg (DESY)

31/01/2017, 19:06

ChimeraTK (formerly called MTCA4U) is a collection of C++ libraries which facilitate the development of control applications. Special importance has been placed on abstraction from communication layers to simplify writing applications in heterogeneous environments or reusing applications in different facilities. In close collaboration between DESY, HZDR, TU Dresden and Aquenos GmbH...

89. Design of a longitudinal electron diagnostics using THz fields excited in split ring resonator at FLUTE

Dr Minjie Yan (KIT)

31/01/2017, 19:09

Longitudinal electron diagnostics with high temporal resolution is increasingly demanded, especially for free-electron lasers. Strong THz fields, excited in a split ring resonator (SRR), have been recently proposed to streak electron bunches for their temporal characterisation. Thanks to the high amplitude and frequency of the THz field, longitudinal resolution down to the sub-femtosecond...

97. Simulating laser wakefield acceleration with PIConGPU - from modeling the laser plasma dynamic to in-situ radiation calculation

Mr Richard Pausch (HZDR)

31/01/2017, 19:12

We recent simulations of laser wakefield acceleration on recent experiments performed at HZDR. We focus on how to best approximate the experimental setup using newly developed laser-models, as well as particle creation- and ionization-methods. Furthermore, we elaborate on predicting experimentally observable radiation signatures from the simulation. We discuss in detail the influence of...

87. Computing strategy to cope with the upcoming massive HEP and HI data collection

Dr Kilian Schwarz (GSI)

31/01/2017, 19:15

The LHC scientific program has led to numerous important physics results. This would not have been possible without an efficient processing of PetaBytes of data using the Worldwide LHC Computing Grid (WLCG). In the periods following the accelerator and detector upgrades, a huge increase in the data rate is expected. In addition, other big experiments like BELLE-2 and the FAIR...

107. Ultimate Heavy Ion Intensities

Dr Lars Bozyk (GSI)

31/01/2017, 19:18

To generate ultimate heavy ion beam intensities in synchrotrons, low charge states have to be used. This avoids stripping losses and the space charge limit is shifted to higher number of particles. But at the same time, the probability for charge exchange in collision with residual gas molecules of such ions is much higher, than for highly charged heavy ions. Ionized ions are deflected...

115. Poster Session

31/01/2017, 19:31