Registration Travel Information

Please register online at: CiS Forschungsinstitut für Mikrosensorik GmbH www.cismst.de/registration-future2 Konrad-Zuse-Str. 14, 99099 , Germany The registration fee will be 200 € (participation for You arrive in Erfurt … both days) and 100 € (participation for one day) …by plane via or Berlin Work shop on the Future of (including VAT). All correspondence concerning the workshop should be addressed to: …by car via Autobahn A4, exit “Erfurt Ost” Silicon Detector Technologies …by train to Erfurt main station and then city tram (Number 3, direction “Urbicher Kreuz”, exit at the Workshop Office stop “Windischholzhausen /X-Fab”) to the conference site. th Uta Neuhaus 5 anniversary

CiS e.V. FuTuRe Konrad-Zuse-Str. 14, 99099 Erfurt, Germany Phone: +49 361 663 1160 Fax: +49 361 663 1413 December 02-03, 2019 E-Mail: [email protected] Erfurt, Germany www.cismst.de

Please transfer the registration fee of total 200 Euros to the following bank account:

CiS e.V. Name of bank: Sparkasse Mittelthüringen IBAN: DE37 8205 1000 0130 1134 25 BIC: HELADEF1WEM The workshop will take place at the institute’s Subject: FuTuRe II Workshop conference room located on the 3rd floor. Recommended Hotels:

Due to the tourist attraction of the Erfurt Christmas market, please book an overnight stay in good time.

Mercure Hotel Erfurt Meienbergstraße 26-27, 99084 Erfurt http://www.mercure.com/en/hotel-5375-mercure- The workshop is organized by hotel-erfurt-altstadt/room.shtml CiS Forschungsinstitut für Mikrosensorik GmbH Radisson Blu Erfurt Juri-Gagarin-Ring 127, 99084 Erfurt Institute of Advanced Sciences at Yokohama National http://www.radisson-erfurt.de/en/ University, Japan

Ibis Erfurt Altstadt Hotel Barfuesserstrasse 9, 99084 Erfurt http://www.accorhotels.com/gb/hotel-1648-ibis- erfurt-altstadt/index.shtml

W O R K S H O P 2019 FuTuRe 2019

General Agenda: About this Workshop

While the technical progress in science, industry and Defect engineering December 1st (Sunday), evening: everyday life is speeding up, there is a constant need Defect engineering is required where sensors and Welcome city tour and Christmas market. in improving sensors in terms of higher sensitivity, detectors are exposed to intense high energy radiation higher reliability and better dynamics. (in high energy physics, heavy ion research, but also in December 2nd (Monday) One type of sensor which could keep pace with the medical dosimeters). This radiation induces defects in Session I: Dosimetry in radiation therapy requirements of innovation for the last decades is the the sensor’s active region leading to a reduction in its silicon based sensor. The silicon diode has established sensitivity. A new type of semiconductor sensor for the 00:00 Prof. Dr.-Ing. Wolfgang Krautschneider, TU itself in many fields of applications (s. below). We will same applications is the low gain avalanche detector (LGAD), which features a deeply doped boron gain discuss open questions, such as reliability in terms of 00:00 Dr. Guntram Pausch, Helmholtz-Zentrum radiation hardness. Another topic of our workshop is layer where carriers are accelerated and thus pass the -Rossendorf high-speed and low-power signal processing, which is layer very quickly, enabling a high temporal resolution important for passing all the data from sensors to and making them prone to radiation damage. 00:00 Rafael Kranzer, PTW Freiburg electronics. Radiation hardness can be improved by a proper 00:00 Dipl.-Ing. Johannes Schilz, defect engineering. Strahlenschutzseminar in Thüringen e.V. Dosimetry in radiation therapy Readout electronics 00:00 Lunch In the last two decades, the radiotherapy in its traditional form with photons and electrons saw an Sensors have to transfer signals to electronics. One Session II: Defect engineering introduction of new treatment methods which aimed trend in electronics is high-speed and low-power signal at concentrating the radiation to the cancerous processing. This can be done with adiabatic quantum- 00:00 Prof. Erich Runge, Technische Universität regions and saving the surrounding healthy region. flux-parametron (QFP) logic digital circuit designs, Ilmenau which are based on QFP gates and which require low Nevertheless there is still the need to reduce the December 3 rd (Tuesday) uncertainty in predicting dose and position of the temperatures. Another highlight of modern sensor actually applied radiation absorbed in the human technology, which also employs low temperatures, is Session III: Sensor development for x-rays tissue. In more advanced hadron radiation therapies, the superconducting nanowire single-photon detector there is even a stronger need to concentrate the (SNSPD) technology. 00:00 Dr. Bernd Schmitt, Paul Scherrer Institut 00:00 Dr. Dominic Greiffenberg, Paul Scherrer radiation exactly at the position of the cancer. Therefore new kinds of detectors have to be Institut developed to solve these problems. Session IV: Readout electronics Sensor development for x-rays 00:00 Prof. Nobuyuki Yoshikawa, Yokohama A technology, which is gaining momentum very fast, is National University the creation of coherent, brilliant x-ray radiation. The 00:00 MA Yoshi, Yokohama National University Swiss Light Source (at the Paul Scherrer Institut, Switzerland) and the European XFEL (near Hamburg) 00:00 Lunch are examples for novel machines where new insights into health, materials, environmental and other sciences are obtained. But 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.