Presentations

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Session 1 - IFDEPS Opening

• Motivation and goals of IFDEPS – Takaki Hatsui (IFDEPS Programme Organization)
• Opening talk – Detection: from the dark ages to the X-ray detectors for future SR and FEL photon sources – Michael Krisch (ESRF, France)

Session 2 - Update on development activities at photon sources

• ALBA, Spain (Oscar Matilla)
• ALS, US (Peter Denes)
• APS, US (Antonino Miceli)
• CLS, Canada (Tom Regier)
• DESY, Germany (Heinz Graafsma)
• DLS, UK (Nicola Tartoni)
• ELETTRA, Italy (Ralf Menk)
• ESRF, France (Thierry Martin)
• European XFEL, Germany (Markus Kuster)
• LCLS, US (Jana Thayer)
• LNLS, Brazil (Jean Marie Polli)
• NSLS-II, US (Peter Siddons)
• NSRRC, Taiwan (Yu-Shan Huang)
• PSI, Switzerland (Bernd Schmitt)
• SACLA, Japan (Takaki Hatsui)
• SOLEIL, France (Fabiene Orsini)
• SSRF, China (Fei Song)

Session 3 - Semiconductor sensors for X-ray spectroscopy

• Rainer Richter (MPG HLL, Germany) – Sensor ideas for photon science detectors developed at the MPG Semiconductor Lab
• Andrea Castoldi (Politecnico de Milano, Italy) – The path towards germanium drift detectors
• Paul Sellin (U. Surrey, UK) – Spectroscopic performance of high-Z sensor materials

Session 4 - Readout architectures for high count rate energy dispersive detection systems

• Carlo Fiorini (Politecnico de Milano, Italy) – Ultimate throughput and energy resolution of analog pulse processing front-ends
• Paul O'Connor (BNL, US) – Power-aware design of highly integrated systems
• Paul Scoullar (Southern Innovation, Australia) – Advanced pulse processing techniques for synchrotron and other high rate applications

Session 5 - Advanced multielement and position sensitive energy dispersive detectors

• JohannesTreis (MPG HLL, Germany) – Status, prospects and challenges of state-of-the-art detector system integration
• Peter Siddons (BNL, US) – The Maia detector system: a new way to do scanning probe fluorescence imaging
• Abdul Rumaiz (BNL, US) – Multi-element germanium detectors for synchrotron applications
• Graham Dennis (DLS, UK) – Advanced digital pulse processing applied to monolithic segmented detectors for spectroscopy
• Matthew Veale (STFC, UK) – High Energy X-ray Imaging Technology (HEXITEC): development of a spectroscopic X-ray imaging camera

Session 6 - Detection technologies for high resolution spectroscopy

• Douglas Bennett (NIST, US) – Current and future capabilities of transition-edge sensor microcalorimeters for X­ray beamline science
• Masataka Ohkubo (AIST, Japan) – Superconductor Tunnel Junction (STJ) soft X-ray detectors for synchrotron radiation facilities
• Andreas Fleischmann (U. Heidelberg, Germany) – Magnetic micro-calorimeters for atomic and particle physics
• Simo Huotari (U. Helsinki, Finland) – Wavelenght dispersive spectrometers

Session 7 - First operation experiences with new detectors

• Sang Jun Lee (SSRL/SLAC, US) – The first two years of transition-edge sensor (TES) spectrometer at SSRL
• Matthew Hart (STFC, UK) – The Large Pixel Detector for the European XFEL: overview of the system and experience of operation at the FXE beam line
• Jolanta Sztuk-Dambietz (EU-XFEL, Germany) – 1 Mpix Adaptive Gain Integrating Pixel Detector (AGIPD) for EuropeanXFEL: installation, commissioning and first user operation at SPB/SFX instrument
• Aldo Mozzanica (PSI, Switzerland) – Status of the JUNGFRAU project: detector design and result from the SwissFEL pilot experiment phase

Session 8 - Overview of DAQ general strategies at large facilities

• Marcus Kuster (Eu-XFEL, Germany) – Detector calibration and data acquisition environment at the European XFEL
• Jana Thayer (SLAC, US) – Building a data system for LCLS-II
• Takaki Hatsui (RIKEN SPring-8, Japan) – DAQ system at SACLA and future plan for SPring-8-II
• Pablo Fajardo, (ESRF, France) – Current and planned technical solutions at ESRF for high throughput data acquisition and management

Session 9 - Technologies for high-throughput data acquisition

• Tomasz Hemperek (U. Bonn, Germany) – High bandwidth data transfer in and off-chip for HEP: modeling, design and verification
• Sebastian Dittmeier (U. Heidelberg, Germany) – The Mu3e data acquisition system: handling Terabits per second
• Emilio Meschi (CERN, Switzerland) – Modern DAQ architectures for HEP experiments: intelligent detectors and smart data reduction in the era of Big Data