5. Annual MT Meeting

5 Mar 2019, 09:00 → 7 Mar 2019, 15:00 Europe/Berlin

various rooms, please see programme (Helmholtz Institute Jena)

Peter Michel (HZDR), Ties Behnke (DESY)

The fifth annual meeting of the programme "Matter and Technologies" will take place at Helmholtz Institute Jena from Tuesday, March 5, 2019 to Thursday, March 7, 2019.

The day before the workshop, Monday, March 4, 2019, there will be the opportunity for topical meetings. In addition the students connected to the programme will organize the "Fifth MT student retreat", starting around noon on Monday.

 

Link to 4th Matter and Technology Meeting photo: https://indico.desy.de/indico/event/19923/material/slides/0.jpg

 

 

Conference booklet Conference booklet

Tuesday, 5 March

09:00 → 12:00 MT organisation: POF IV Proposal planning in topics (restricted attendance)

13:00 → 15:10 Plenary Session

Convener: Peter Michel (ELBE)

13:00 Welcome at Jena/ HIJ

Speaker: Thomas Stöhlker (HIJ)

13:05 Welcome

Speaker: Helmut Dosch (DESY)

13:15 Introduction/ Opening

Speaker: Ties Behnke (DESY)

Slides MT_Intro.pdf

13:20 Quantum Computing

Speaker: Kristel Michielsen (FZJ)

Slides Matter_&_Technologies_meeting_Jena_2019_Michielsen.pdf

14:05 Trigger and DAQ

Speaker: Dave Newbold (STFC)

Slides TDAQ_Newbold_V2.pdf

14:50 Status ARD

Speaker: Andreas Jankowiak (HZB)

Slides 2019-03-05-5thMT-Days-Jena-ARD-Status-AJ.pdf

15:10 → 15:35 Coffee break

15:35 → 17:00 Plenary Session: Plenary Session II

Convener: Anke-Susanne Mueller (KIT)

15:35 Status DTS

Speaker: Marc Weber (KIT)

Slides MTJahrestreffenJena2019StatusDTS.pdf

15:55 Microelectronics and ASIC developments

Speakers: Mehmet Kaynak (Leibnitz Institut Frankfurt/ Oder), Roland Sorge

Slides IHP_kaynak_sorge_M&T_public.pdf

16:40 Status DMA

Speaker: Michael Bussmann (Helmholtz-Zentrum Dresden - Rossendorf)

Slides 190305_mtannual_dma.pptx

17:00 → 18:00 Poster Session: Speed Talks

Convener: Ties Behnke (DESY)

17:00 Unexpected impact of radiation reaction on laser wake field generation

Radiation reaction effect is expected to effectively modify the plasma dynamics at ultra-intense laser intensities (intensity $I \simeq 10^{23}–10^{24}$ W/cm$^2$). We show that enhancement of radiation pressure due to radiation reaction acting in the direction transverse to the laser pulse propagation. This effect is especially pronounced for stronger and longer laser pulses transversing plasma slab of sub-critical density. Under such conditions this mechanism dominates over the ordinary ponderomotive pressure, thus resulting in a substantially stronger charge separation than anticipated previously. We give estimates of the effect and compare them with the results of one and two dimensional particle-in-cell simulations. This effect can be important for laser-based plasma wake acceleration schemes.

Speaker: Nina Elkina (HI-Jena)

Slides tSpeed.pdf

17:05 A Highly Granular SiPM-on-tile Hadron Calorimeter Prototype

The Analogue Hadron Calorimeter (AHCAL) developed by the CALICE collaboration is a sampling highly granular calorimeter foreseen for a future Linear Collider experiment. It consists of steel absorber plates as absorber material and plastic scintillator tiles readout by silicon photomultipliers (SiPMs) as active material. The front end electronics is integrated into the active layers. In 2017 and 2018 a large prototype, scalable to a full linear collider detector, has been built. It is made of 38 layers, each containing 576 channels, arranged on readout boards and grouped according to the 36 channel readout chips. The prototype has been commissioned at DESY and tested in muons, electrons and pions beam at CERN SPS. In this poster, the prototype design and the test beam activity will be presented.

Speaker: Ambra Provenza (Desy)

Slides provenza.pdf

17:10 Ongoing and future projects at BESSY II/VSR - Steps towards a BESSY II successor -

Ongoing and future projects at BESSY II as EMIL, BESSY VSR, TRIBs will be descriebed and their potential impact for a BESSY II successor discussed.

Speaker: Paul Goslawski (Helmholtz-Zentrum Berlin, HZB)

Poster 201903Poster_5thMTMeeting_Jena.pdf

17:15 A Particle Reduction Tool for Particle-in-Cell Plasma Simulation

Large-scale particle-in-cell plasma simulations on modern supercomputers often involve handling immense amounts of macroparticles, which poses a challenge in terms of computational and memory resources. Furthermore, the amount of macroparticles could grow throughout a simulation due to accounting for such processes as ionization or creation of electron-positron pairs. In such situations, a common approach to alleviate the growth in computational demands is occasionally reducing the amount of simulated macroparticles, while preserving the main physical invariants and representing the same distribution. Particle reduction is also helpful for complex simulation workflows involving chaining several software tools, which might have substantially different requirements. There are several established approaches to performing particle reduction in the context of particle-in-cell simulation, based on subsampling or merging nearby macroparticles. We present a new open scriptable data-centric workflow for performing particle reduction based on the open meta-data standard openPMD. It implements a few established algorithms and provides a numerical evaluation of distortions inflicted on the distribution functions due to particle reduction. We present a computational evaluation of the implemented algorithms on input data of different scales.

Speaker: Kseniia Bastrakova (HZDR)

Slides Presentation_Bastrakova_final.pdf

17:20 Scaling EUV and X-ray Thomson Sources to Optical Free-Electron Laser Operation with Traveling-Wave Thomson-Scattering

Traveling-Wave Thomson-Scattering (TWTS) is a novel Thomson scattering geometry which allows for orders of magnitude higher photon yields than classic head-on Thomson sources. TWTS thereby remains compact and provides narrowband and ultra-short ultraviolet to γ-ray radiation pulses just as classic Thomson sources. Even the realization of optical free-electron lasers is possible with the TWTS geometry since it provides both optical undulators with thousands of periods needed to microbunch the electron beam and a reduction of electron beam quality requirements compared to classic Thomson scattering to a level technically feasible today. TWTS employs a side-scattering geometry depicted in fig. 1. Laser and electron propagation direction of motion enclose the interaction angle ϕ. Tilting the laser pulse front with respect to the wave front by half the interaction angle ensures continuous overlap of electrons and laser pulse over the whole laser pulse width while the laser pulse crosses the electron beam trajectory. In this way the interaction length becomes controllable by the laser pulse width and independent of the laser pulse duration. Utilizing wide, petawatt class laser pulses for TWTS allows to realize thousands of optical undulator periods. The variability of TWTS with respect to the interaction angle can be used to control the radiation wavelength even for electron sources with fixed energy. For a fixed target wavelength on the other hand, the free choice of interaction angle enables control over electron beam quality requirements. Small interaction angle scenarios (ϕ∼10°) typically yield the best trade-off between requirements on electron beam quality, laser power and laser intensity stability. In the talk we will show that TWTS OFELs emitting extreme ultraviolet radiation are realizable today with existing technology for electron accelerators and laser systems. We detail an experimental setup to generate the tilted TWTS laser pulses which aims at compactness and provides focusing of these high-power pulses and compensation of dispersion accompanying pulse-front tilts. The method presented for dispersion compensation is especially relevant when building high yield X- and γ-ray sources in large interaction angle setups of TWTS.

Speakers: Dr Alexander Debus (a.debus@hzdr.de), Klaus Steiniger (Helmholtz-Zentrum Dresden-Rossendorf)

Slides Debus_SpeedTalk_MT_2019_Jena.pptx

17:25 Phonon traps to reduce the quasiparticle density in superconducting circuits

Out of equilibrium quasiparticles (QPs) are a main source of dissipation and noise in superconducting circuits. The generation-recombination processes of QPs link their dynamics to the phonon dynamics of the circuit and substrate ensemble. We demonstrate that surrounding granular aluminum resonators with lower gapped aluminum islands increases the internal quality factors of the resonators in the single photon regime, suppresses the noise, and reduces the rate of observed QP generation events, which we all attribute to phonon trapping.

Speaker: Francesco Valenti (KIT)

Slides VALENTI_SPEEDTALK.pdf

17:30 Niobium surface investigation for RF cavity applications

Thermal treatments of SRF Nb cavities – including the well-established 120°C bake and the recently reported N-infusion - are shown to improve the cavity performance significantly; however, the underlying physical phenomenon is not fully understood yet. We have chosen a much simpler system of Nb(100) single-crystals heated in different vacuum conditions and nitrogen partial pressures. In-situ X-ray reflectivity and photoelectron spectroscopy measurements were performed to monitor the changes in the elemental species on the surface during thermal treatments. Electron microscopy, x-ray diffraction, energy dispersive X-ray spectroscopy and time-of-flight –secondary ion mass spectroscopy were applied to observe the surface topography, crystallinity and depth profiles of the elements present in the near-surface region. Some samples were treated together with cavities, whose surface properties are also discussed with reference to the cavity-test results.

Speaker: Arti Dangwal Pandey (DESY Hamburg)

Slides MT_Meeting_poster_2019.pptx

17:35 The Silicon Tracking System of CBM getting ready for experiment

The Compressed Baryonic Matter (CBM) experiment at the FAIR facility will explore the QCD phase diagram at very high baryon densities, where a first order phase transition from hadronic to partonic matter as well as a chiral phase transition is expected to occur. The Silicon Tracking System is the central detector for charged-particle identification and momentum measurement. It is designed to measure up to 1000 particles in A+A collision rates between 0.1 and 10 MHz, to achieve a momentum resolution in a 1 Tm dipole magnetic field of better than 2%, and to be capable of identifying complex particle decays topologies, e.g., such with strangeness content. The STS employs high-granularity double-sided sensors matching the non-uniform track density and fast self-triggering electronics with a free streaming data acquisition system and online event selection. With the resulting 1.8 million readout channels, it poses the most demanding requirements regarding bandwidth and density of all CBM detectors. The STS functional building block is a module consisting of a sensor, micro-cables and two front-end electronics boards. The modules are mounted on carbon fiber support ladders. The silicon sensors provide double-sided segmentation at a strip pitch of 58 µm and 7.5-degree stereo angle. Ultra-thin micro-cables with up to 50 cm length transfer the sensor signals to the electronics located out of the detector acceptance. The custom-developed read-out ASIC “STS-XYTER” has a self-triggering architecture that delivers time and amplitude information per channel. Towards the phase 0 of the CBM experiment, mini CBM (mCBM), a precursor of the full CBM with detector units from all subsystems, the STS will contribute with two tracking stations consisting of a total of 13 modules. The mCBM will allow to test and optimize the detector performance, including the data acquisition chain under realistic experimental conditions and its integration with the other subsystems. This presentation aims to show an overview of the development status of the module components, readout chain, first test results and system integration in a framework of the mCBM campaign at SIS18 at GSI.

Speaker: Adrian Rodriguez Rodriguez (Goethe Universitaet Frankfurt am Main)

Slides MuT_Jena_ARodriguezRodriguez.pdf

17:40 Hybrid plasma accelerators - LWFA-PWFA simulations with PIConGPU

Utilizing laser-wakefield accelerated (LWFA) electrons to drive a plasma-wakefield accelerator (PWFA) holds great promise for realizing centimeter-scale electron accelerators providing ultra-high brightness beams. Recent experiments at HZDR could demonstrate for the first time such an electron acceleration in a nonlinear PWFA plasma wakefield using this compact setup. On this poster, we show recent results of the accompanying simulation campaign performed with the 3D3V particle-in-cell code PIConGPU. These simulations model the geometry, density distributions, laser modes, and gas dopings as determined in the experiments. The simulation conditions resemble the experiment to a very high degree and thus provide precise comparability between experiment and simulation. Additionally, the wealth of information provided by the in-situ data analysis of PIConGPU provides insight into the plasma dynamic, otherwise inaccessible in experiments. Algorithmic and computational challenges essential for the numerical stability of these long-duration simulations will be presented as well.

Speaker: Richard Pausch (HZDR)

Slides MT2019_speedtalk_rpausch.pptx

17:45 Microwave readout of SQUID multiplexed MMCs: Software-defined radio for the ECHo experiment

The Electron Capture Holmium-163 (ECHo) experiment investigate the electron neutrino mass. It utilizes an array of metallic magnetic calorimeters to acquire a high statistic decay spectrum of Holmium-163. To read out the frequency multiplexed array the KIT - IPE is building a large bandwidth software-defined radio system for ECHo. The basic concept of acquisition and processing will be presented on the poster.

Speaker: Nick Karcher (KIT - IPE)

Slides 190305_karcher_speedtalk.pdf

17:50 Achieving highest proton intensities and beam shaping with a laser-driven ion beamline

In the past two decades, the generation of intense ion beams based on laser-driven sources became an extensively investigated and promising field. The LIGHT collaboration combines a laser-driven proton source with conventional accelerator technology. In this context, a laser-driven multi-MeV ion beamline was realized at the GSI Helmholtzzentrum für Schwerionenforschung. A 100 TW-beam from the local PHELIX laser drives the TNSA source resulting in a exponentially decaying TNSA spectrum. In the second step, protons with an energy of 8 MeV are selected via chromatic focusing with a pulsed high-field solenoid. Afterwards, they are injected into an rf cavity and rotated in phase-space allowing to create energy- or time-compressed particle bunches. Finally, a second solenoid is used for final focusing achieving a focal spot of 1.1 mm x 1.2 mm (FWHM). On this poster, the complete beamline with its focusing capabilities at the interaction point 6 m away from source will be demonstrated.

Speaker: Diana Jahn (Technische Universität Darmstadt)

Slides MT_Jahn.pdf

18:00 → 18:15 Transfer

18:15 → 22:00 Poster Session: Poster Display with Reception

Wednesday, 6 March

09:00 → 10:30 ARD Parallel Session: SubTopics - Status and Outlook PoF IV

Convener: Jens Osterhoff (DESY)

09:00 ST1 – Advanced cw SRF systems

Speaker: Jens Knobloch (HZB)

09:22 ST2 – Optimisation of hadron-/ electron accelerators for ultimate intensities and stability

Speakers: Dr Niels Pyka (GSI Helmholtzzentrum für Schwerionenforschung GmbH), Peter Spiller (GSI)

Slides MT_ARD_ST2_POFIV_Spiller_Pyka_2.pdf MT_ARD_ST2_POFIV_Spiller_Pyka_2.ppt

09:44 ST3 – Advanced concepts for beam controls, diagnostics and dynamics

Speaker: Dr Holger Schlarb (DESY)

10:06 ST4 – Novel concepts for ultra-compact accelerators and their application

Speaker: Prof. Ulrich Schramm (HZDR)

09:00 → 10:30 DMA parallel session: DMA Übersicht Zentren

09:00 DESY

Speaker: Dr Yves Kemp (DESY)

Slides DESY_DMA_Overview_YK.pdf

09:15 FZJ

09:30 GSI

Slides GSI_Jena_0319_final.pdf

09:45 HZB

10:00 HZG

10:15 HZDR

Slides 190306_mtannual_hzdr.pptx

09:00 → 10:30 DTS parallel session: Convener: Heinz Graafsma

09:00 DTS parallel session: Introduction to the day

Speaker: Marc Weber (KIT)

09:10 High-Z detectors

Speaker: Dominic Greiffenberg (PSI)

09:30 Discussion

09:34 Development of a CZT-detector based Compton camera for MeV astronomy with small satellites

Speaker: Markus Ackermann (DESY Zeuthen)

Slides 03_MT_MeVCube_Ackermann.pdf

09:54 Discussion

09:58 Low Gain Avalanche Detectors for Timing Applications

Speaker: Marta Baselga (KIT)

Slides 04_lgad_kit_mbaselga.pdf

10:18 Discussion

10:30 → 11:00 Coffee break

11:00 → 13:00 ARD Parallel Session: Scientific Highlights

Convener: Prof. Andreas Lehrach (Forschungszentrum Jülich, RWTH Aachen University)

11:00 FLASHForward first results - plasma based energy dechirping

Speaker: Jens Osterhoff (DESY)

Slides J.Osterhoff_[Jena]_(2019-03-06).pdf

11:17 Beam driven plasma wakefield acceleration results from PITZ

Speaker: Dr Matthias Gross (DESY)

Slides Plasma_overview.pdf

11:34 Digital LLRF Operation using MicroTCA at ELBE

Speaker: Klaus Zenker (Helmholtz-Zentrum Dresden-Rossendorf)

Slides MuT_zenker.pdf

11:51 RF control challenges and results for a CW operation of the European XFEL

Speaker: Julien Branlard (DESY)

Slides 2019_03_06-J.Branlard-5.MTmeeting_XFEL_CW_LLRF_challenges-v3.pptx

summary RF_control_challenges_and_results_for_a_CW_operation_of_the_European_XFEL_-_abstract.docx

12:08 Attosecond RF field receivers for next generation RF control systems

Speaker: Ms Louise Springer (DESY)

Slides MTMeeting19_HighlightTalk_LS(1).pdf MTMeeting19_HighlightTalk_LS.pptx

12:25 Heavy ion beam test with the cw-CH-cavity

Speaker: Dr Christoph Burandt (GSI Helmholtzzentrum für Schwerionenforschung GmbH)

Slides mt_burandt.pdf

12:42 An all-superconducting gun for CW FEL operations

Speaker: Elmar Vogel (DESY)

Slides SRF_Gun_Development_at_DESY_@_2019-3_@_2019-03-06.pptx

11:00 → 13:00 DMA parallel session: DMA ST2

11:00 Adopting recent IT trends to master future challenges in HEP and elsewhere

Speaker: Christoph Wissing (DESY)

Slides Wissing_DMA_Jena.pdf

11:20 Generic Software tools for HEP

Speaker: Frank Gaede (DESY)

Slides gaede_gen_hep_sw.pdf

11:40 Generic tools for particle and nuclear physics experiments

Speaker: Dr Mohammad Al-Turany (GSI Helmholz)

Slides generic_tools.pptx

12:00 Making X-Ray Imaging Fast Again

Speaker: Heide Meissner (HZDR)

Slides DMA_MuT_Meissner_XRay_jena2019_final.pdf

12:20 How to: One code for CPUs, GPUs & FPGAs with Alpaka

Speaker: Dr Sergei Bastrakov (HZDR)

12:40 Discussion Synergies ST2

11:00 → 13:00 DTS parallel session: Convener: Christian Schmidt

11:00 Towards heterogeneous FPGA architectures and application examples

Speaker: Oliver Sander (KIT)

Slides 19301_MT_FPGA_Talk_V3b.pdf

11:20 Discussion

11:24 CMS phase 2 tracker end cap design and integration

Speaker: Andreas Mussgiller (DESY)

Slides 190306_TEDD_Design_and_Integration.pdf

11:44 Discussion

11:48 TimePix3 readout electronics development

Speaker: Jonathan Correa (DESY)

Slides jcorrea_mt2019.pdf

12:08 Discussion

12:12 Diamond and Silicon based fast beam condition monitoring

Speaker: Moritz Guthoff (DESY)

Slides BCM_MGuthoff.pdf

12:32 Discussion

12:34 Schottky detectors for storage ring experiments at GSI (and FAIR)

Speaker: Shahab Sanjari (GSI)

Slides sanjari_matter_tech_jena.pdf (Protected)

12:54 Discussion

13:00 → 14:00 Lunch

14:00 → 16:00 ARD Parallel Session: Scientific Highlights

Convener: Prof. Peter Michel (ELBE)

14:00 Overview and highlights FZJ

Speaker: Prof. Andreas Lehrach (Forschungszentrum Jülich, RWTH Aachen University)

Slides MT-ARD_ST2_March2019_Jena-AL.pdf

14:23 Contrast Dependence of Laser-Driven Proton Acceleration

Speaker: Sebastian Keppler (GSI / HI Jena)

14:42 All-optical structuring of laser-driven proton beam profiles

Speaker: Lieselotte Obst-Huebl (Helmholtz-Zentrum Dresden-Rossendorf)

Slides MuT19_Obst-Huebl1.pptx

15:01 Laser-plasma acceleration of polarized beams

Speaker: Mrs Anna Hützen (Forschungszentrum Jülich, PGI-6)

Slides MuT_meeting_Huetzen.pdf MuT_meeting_Huetzen.pptx

15:20 Undulator developments at KIT

Speaker: Sara Casalbuoni (KIT)

Slides Casalbuoni-KIT_ARD_5thMT.pdf

15:39 GigE Vision high-speed image processing on FPGAs for science and industry

Speaker: Sven Stubbe (DESY)

Slides gige_vision_stubbe_20190306.pptx

14:00 → 16:00 DMA parallel session: DMA ST3

14:00 SFX: Data Explosions at Light Sources

Speaker: Steve Aplin (DESY)

14:20 Machine learning techniques for measurement prediction at BESSY II

Speaker: Luis Vera Ramirez (HZB)

14:40 Towards Digital Twins of accelerator based x-ray experiments

Speaker: Dr Jens Viefhaus (Helmholtz-Zentrum Berlin)

Slides Slides

15:00 Near Real Time Analysis for Tomography

Speaker: Nikolay Kardjilov

15:20 Start-to-end Simulations for ATHENA and HIBEF

Speaker: Dr Michael Bussmann (Helmholtz-Zentrum Dresden - Rossendorf)

Slides 190306_mtannual_starttoend.pptx

15:40 Discussion Synergies ST3

14:00 → 16:00 DTS parallel session: Convener: Oliver Sander

14:00 FPGA-based Platform to Control and Readout Superconducting Qubits

Speaker: Richard Gebauer (KIT)

Slides qubit-control-platform.pdf

14:20 Discussion

14:24 Optical WDM link: components and first data transmission

Speaker: Marc Schneider (KIT)

Slides 20190306_MT-Jahrestreffen_Schneider_new.pptx

14:44 Discussion

14:48 Development of a compact high-energy camera for the Cherenkov Telescope Array

Speaker: Heike Prokoph (DESY-Zeuthen)

Slides HP_d20190306_CHEC.pdf

15:08 Discussion

15:12 Quality Assurance Tests of The STS Read-out Electronics for The CBM Experiment

Speaker: Merve Dogan (GSI)

Slides merve_MT-2019.pdf

15:32 Discussion

15:36 Lorentz angle measurements in irradiated Silicon

Speaker: Mr Paul Schuetze (CMS)

Slides 2019-03-06_MT_PS_Lorentz.pdf

15:56 Discussion

16:00 → 16:30 Coffee break

16:30 → 18:00 Plenary Session: Plenary Session III

Convener: Silvia Masciocchi (GSI)

16:30 Imaging in 4D

Speaker: Wolfgang zu Castell (HMGU)

17:15 Imaging of Gold Nanoclusters

Speaker: Florian Gruener (UHH)

Slides MT_imaging_of_gold-nanos_Grüner_2.pptx

18:00 → 19:30 Free Time

18:00 → 19:00 MT organisation: MT Executive Board (restricted attendance)

18:00 MT executive Session

Slides MT_executive.pdf

18:20 Milestones

Speaker: Prof. Andreas Jankowiak (HZB)

Slides 2019-03-06-MB-MT-ARD-MilestoneDiscussion.pptx

19:30 → 22:00 MT Conference Dinner

Thursday, 7 March

09:00 → 10:30 Plenary Session: Plenary Session IV

Convener: Thomas Stöhlker (HIJ)

09:00 Neutrons for today and tomorrow

Speaker: Thomas Gutberlet (FZJ)

Slides 01_HBS-MTAnnMeet_2019.pptx

summary Abstract_Gutberlet_MT_AnnMeet_2019.pdf

09:45 Plasma Accelerations

Speaker: Wim Leemans (DESY)

10:30 → 11:00 Coffee break and Conference Photo

11:00 → 13:00 ARD Parallel Session: Scientific Highlights

Convener: Dr Holger Schlarb (DESY)

11:00 Overview and highlights GSI

Speakers: Dr Niels Pyka (GSI Helmholtzzentrum für Schwerionenforschung GmbH), Peter Spiller (GSI)

Slides MT_ARD_ST2_PoFIII_GSI_Spiller_Pyka_2.ppt

11:23 Dynamic Vacuum in high-intensity heavy-ion synchrotrons

Speaker: Lars Bozyk (GSI)

Slides MT-ARD_Dynamic_Vacuum_in_high-intensity_heavy-ion_synchrotrons.pptx

11:42 High brightness beam developments at PITZ

Speaker: Ye Chen (DESY)

Slides MT2019_PITZ_Ye_Chen_-Final.pptx

12:01 GaN photocathodes for SRF photoinjectors

Speaker: Jana Schaber (HZDR)

Slides Projekt_GaN_MT_Meeting.pdf

12:20 From theory to cryotests: Photocathodes with quantum efficiencies > 10%

Speaker: Prof. Thorsten Kamps (HZB)

Slides 2019-03-07_TK_Photocathodes_dist.pdf

12:39 Influence of LWFA injection schemes on temporal pulse structure and peak current

Speaker: Dr Alexander Debus (a.debus@hzdr.de)

Slides Debus_ElectronBunchDuration_MT_2019_Jena.pptx

11:00 → 13:00 DMA parallel session: DMA ST1

11:00 Data Lifecycle and Analysis Infrastructure at DESY

Speaker: Dr Yves Kemp (DESY)

Slides DESY_DMA_ST1_YK.pdf

11:35 Distributed Computing Services and Data Management

Speaker: Kilian Schwarz (GSI)

Slides GSI_Jena_0319_final.pdf

12:10 FAIR & Open Data at HZDR

Speaker: Dr Guido Juckeland (Helmholtz-Zentrum Dresden-Rossendorf (HZDR))

12:45 Discussion Synergies ST1

11:00 → 13:00 DTS parallel session: Convener: Trixi Wunderer

11:00 A hybrid-less Strip Telescope for the DESY II Test Beam Facility

Speakers: Dr Mengqing WU (DESY), Mr Uwe Krämer (DESY)

Slides MT_talk_Uwe_Mengqing.pdf

11:20 Discussion

11:24 UFO Cloud - Data-Acquisition-as-a-Service

Speaker: Suren Chilingaryan (KIT)

Slides mt2019_Chilingaryan.pdf

11:44 Discussion

11:48 Development of Customized Integrated Circuits for Scientific and Medical Applications

Speaker: Roberto Blanco (KIT)

Slides MT_Talk_RB.pdf

12:08 Discussion

12:12 Enhanced lateral drift sensors

Speaker: Dr Hendrik Jansen (DESY)

Slides 2019_03_07_ELAD-MT5.odp 2019_03_07_ELAD-MT5.pdf

12:32 Discussion

12:36 Si detectors for the TOF measurements with heavy ions

Speaker: Oleg Kiselev (GSI)

Slides Oleg_Kiselev_Jena_mar2019.pdf

12:56 Discussion

13:00 → 14:15 Plenary Session: Closeout Plenary Session

Convener: Friederike Januschek (DESY)

13:00 Superconducting detectors in science

Speaker: Ronny Stolz (IPHT Jena)

Slides 2019_HH_detectors_Stolz_v12_indico.pptx

13:45 Outlook, Planning for POFIV

Speaker: Ties Behnke (DESY)

Slides MT_summary.pptx