FuTuRe 2019 - Workshop on the Future of Silicon Detector Technologies

2 Dec 2019, 08:00 → 3 Dec 2019, 19:00 Europe/Berlin

CiS Forschungsinstitut fuer Mikrosensorik

Alexander Lawerenz (CiS Forschungsinstitut GmbH), Ralf Roeder (CiS FIMP), Tobias Wittig (CIS Institut fuer Mikrosensorik GmbH (DE))

Workshop Flyer

Monday 2 December ¶

1 Arrival and Registration¶

2 Welcome address¶

Speaker: Prof. Thomas Ortlepp (CiS)

3 Introduction of SiDE Business Unit of CiS¶

Speaker: Ralf Mario Roder (CIS Institut fuer Mikrosensorik GmbH (DE))

Readout Electronics: Part I¶

Sensors have to transfer signals to electronics. Current trends in electronics and highlights of modern sensor technology will be discussed.

4 tbd¶

Speaker: Prof. Nobuyuki Yoshikawa (Yokohama National University)

5 tbd¶

Speaker: Mr Yoshi Hironaka (Yokohama National University)

10:40 Coffee Break

Readout Electronics: Part II¶

Sensors have to transfer signals to electronics. Current trends in electronics and highlights of modern sensor technology will be discussed.

6 Superconducting NbN Hot-Electron Bolometer as a Fast Diagnostic Tool for Accelerator Light Sources: System and Readout Design¶

Speaker: Mr Alexander Schmid (Karlsruhe Institut für Technologie)

7 tbd¶

Speaker: Prof. Thomas Ortlepp (CiS)

12:15 Lunch Break

Dosimetry in Radiation Therapy: Part I¶

There is a strong need for developing new kinds of detectors for both traditional radiotherapy and particle radiation therapy that enable the precise localization of the dose.

8 Introduction to Processes and Workflow in Radiation Oncology¶

Speaker: Mr Johannes Schilz (Strahlenschutzseminar in Thüringen e.V.)

9 tbd¶

Speaker: Mr Rafael Kranzer (PTW Freiburg)

10 tbd¶

Speaker: Mrs Stephanie Schade (Technische Hochschule Mittelhessen)

15:00 Coffee Break

Dosimetry in Radiation Therapy: Part II¶

There is a strong need for developing new kinds of detectors for both traditional radiotherapy and particle radiation therapy that enable the precise localization of the dose.

11 Semiconductor-based detectors for dosimetry in radiation therapy¶

Speaker: Prof. Wolfgang Krautschneider (TU Hamburg)

12 From detectors for proton cancer therapy to atomic defect characterizations with positrons¶

Speaker: Dr Andreas Wagner (HZDR Nuclear Physics Division)

19:00 Workshop Dinner

tram No. 6, direction Steigerstraße
station: Milchinselstraße
proceeding Steigerstraße (south west) until Motzstraße, right turn
50.961801, 11.014969

Tuesday 3 December ¶

13 Arrival and Registration¶

Sensor Development for X-Rays: Part I¶

New insights into health, materials, environmental and other sciences this can only be done when sensors and detectors are produced and optimised in respect of lateral, time and energy resolution and high dynamics. It has to be discussed how this can be achieved on wafer, assembly and electronics level.

14 Detector Development for Photon Science at PSI¶

Speaker: Bernd Schmitt (Paul Scherrer Institut)

15 Towards soft X-ray detection using LGAD sensors¶

Speaker: Jiaguo Zhang (Paul Scherrer Institut)

10:00 Coffee Break

Sensor Development for X-Rays: Part II¶

New insights into health, materials, environmental and other sciences this can only be done when sensors and detectors are produced and optimised in respect of lateral, time and energy resolution and high dynamics. It has to be discussed how this can be achieved on wafer, assembly and electronics level.

16 tbd¶

Speaker: Jonathan Correa Magdalena (Deutsches Elektronen-Synchrotron DESY)

17 Doping Profiles for Shallow Junctions¶

Speaker: Tobias Wittig (CIS Institut fuer Mikrosensorik GmbH (DE))

18 Discussion¶

12:00 Lunch Break

Defect Engineering: Part I¶

The greatest challenges in defect engineering occur mainly in those sensors and detectors that are exposed to intense high energy radiation.

19 Density Functional Theory-based theory of defects¶

Speaker: Prof. Erich Runge (Technische Universität Ilmenau)

20 Development of Radiation Hard Silicon Detectors - The RD50 collaboration¶

Speaker: Michael Moll (CERN)

21 Light-induced defects in silicon solar cells: a possible impact on the mainstream silicon technology¶

Speaker: Mr Teimuraz Mchedlidze (TU Dresden)

14:30 Coffee Break

Defect Engineering: Part II¶

The greatest challenges in defect engineering occur mainly in those sensors and detectors that are exposed to intense high energy radiation.

22 Defects in 6“ Cz Si EPI-wafer¶

Speaker: Mrs Daniela Seifert (X-FAB Semiconductor Foundries GmbH)

23 Low gain avalanche detectors (LGAD) – Can the A_Si-Si_i defect explain their insufficient radiation hardness?¶

Speaker: Kevin Lauer (CIS Institut fuer Mikrosensorik GmbH (DE))

24 Discussion¶

25 End of the workshop¶