1. DESY Status of Planning for PoF IV
MT POF IV Strategy Meeting
Ralph W. Aßmann, Heinz Graafsma
MT POF IV Strategy Meeting
12 December 2018, HZB, Berlin

2. DESY Strategy 2030 Detailed review of mission needs.
Major work and process in 2017
Detailed review of mission needs.
Future work, experiments and facilities at DESY have been extensively discussed.
Clear decisions taken.
Research units at DESY set up to mirror the Helmholtz MT structure.
Detailed plan up to 2030 has been defined, of course depending on budget assumptions.
Since then already good news: ATHENA approved with 30 M€ BMBF/Helmholtz funding for the ARD centers.
All POF IV plans for research at DESY must be consistent with the DESY strategy 2030 and the available funding.

3. DESY Research Units (Strategy 2030)
from Helmut Dosch
DESY Research Units (Strategy 2030)
EPP TPP APP
Exp. Particle Physics Theory Astroparticle Physics
Scale
User
Large
Facilities
DTS
XFEL
Acc.
PETRA III
Bio
Soft
Beate Heinemann Georg Weiglein Marek Kowalski
Mat
DMC
Winnie Decking
Nano
Mat
Christian Schroer
Mat-DMC Nano-Mat Bio-Soft
Matter-Dynamics Nanomaterials Biological and
Mechanisms,Control Soft Matter
EPP
APP
TIER-2
FLASH
TPP
Volker Gülzow
ARD
DMA
Winfried Wurth
Robin Santra Andreas Stierle Henry Chapman
Campus
Development
International
Cooperations
In a previous slide I showed you the 4 pillars of DESY science.
This here is another view on how science at DESY is organized:
In the course of the current strategy process we designed competence teams which represent all aspects of DESY:
9 CTs for research
4 CTs for the user operation
5 CT for further enabling activities
We decided to maintain this CT structure for the future work of DESY.
On the right side the 9 research CTs are shown. They will become important again in the context of this review. More at the end of this introduction.
Research
DTS ARD DMA
Detector R&D Accelerator R&D Data Management
Talent
Management
Innovation
Tech. Transfer
Communication
Frank Lehner
Christian Harringa
Ties Behnke Ralph Assmann Hans Weise Volker Gülzow
Meike Johannsen
Arik Willner
Christian Mrotzek

4. DTS

5. Technology development at DESY in POF IV
delta-doping MBE at LBNL
Detection and measurement
Active pixel sensors: DEPFETs, SiPMs, Low-Gain Avalanche Detector (LGADs)
Post-processing of sensors and CMOS-imagers
CMOS-imagers (DESY internal design)
ASICs with smaller CMOS feature size: 65 nm as HGF “standard”
3D integration including CMOS-imagers and ASICs
System technologies
High density interconnect technologies, including TSV’s
High speed optical links including Si photonics > 100 Gbps
FPGA & Firmware for data handling
Novel materials and production techniques
optical
electrical
ASICs
Sensor-ASIC Stack bump connected to Interposer
Interconnects
Interposer with TSV
Polymer Waveguide
optical Uplink
Flex Cable
Photonic IC
Detector Technologies and Systems| Heinz Graafsma | MT | DTS

6. Systems in POF IV with DESY lead / involvement
Ongoing
Potential
R & D
2023
2022
2021
2020
2019
2018
2024
2025
2026
2027
2028
AGIPD
LAMBDA
> 100 kHz Imager
DSSC
Next generation CMOS imager (TBD)
Phase 2 XFEL systems (TBD)
Photon Science
(DLSR & CW FEL)
Percival
High Frame-rate R&D
European Strategy for Particle Physics
Strip Tracker R&D
SiPM –on tile HCAL R&D
Gaseous Detector R&D
Advanced Silicon detector R&D
Extremely radiation hard Tracker R&D
Future Highly Granular Calorimeter Project (TBD)
Future High Precision Tracker Project (TBD)
Strip Tracker for HL-LHC
Particle Physics
mDOM
Optical Module for IceCube-Gen2 High Energy Array (TBD)
WOM
IceTop Upgrade
Surface Instrumentation for IceCube-Gen2 (TBD)
Radio Neutrino Detection Project (TBD)
CTA MST & Cameras
CTA Upgrades R&D
Astroparticle Physics
Generic Detector R&D
Detector Technologies and Systems| Heinz Graafsma | MT | DTS

7. DESY lead / strong involvement in Distributed Detector Lab
DTS in PoF IV
Detection and Measurement
System Technologies
Science Systems
Sensing
Particle Physics, Hadrons & Nuclei
Advanced Data Transmission
Photon Science
Digital real-time data acquisition and processing systems
ASICs
Astroparticle Physics
Beam Physics
Novel Engineering Techniques, Advanced Materials and Interconnects
Distributed Detector Laboratory
3D & post-processing
Photon & Particle Test beams
Cryogenic Sensors
Connection to DMA
Detector Technologies and Systems| Heinz Graafsma | MT | DTS

8. ARD

9. ARD Future: Goals and Plans for 10 – 15 Years
Agreed in strategy process
01 SRF research and development
Study efficient, high-performance CW upgrades
Study Niobium bulk and surface treatments
CW RF gun
02 Beam control for ultra-fast science
(sub-) fs electron bunches with unprecedented brilliance and fs synchronization
Novel FEL concepts including seeding
03 Novel accelerators
Demonstrate plasma-wakefield accelerated GeV e- beams with „acceptable“ stability and quality
Develop dielectric accelerators (THz, optical lasers) to the MeV energy
04 Contribute to conception of new accelerators
05 Implement ARD governance model
RU Accelerator R&D | Ralph Assmann | MT | ARD

10. Milestones in ARD 105 Milestones (top-level only) received
Asked for 1 milestone per year from groups  many received at top level (more at 2nd level).
Statistics top level: 27 35 23 13
...
Cannot present all, so we selected some major milestones as examples
List has some very detailed milestones: reworded some for better understandability
Clearly: very useful exercise we will have to continue in more detail
RU Accelerator R&D | Ralph Assmann | MT | ARD

11. DESY: 15 Year Facility Roadmap Novel Accelerator R&D
RU Accelerator R&D | Ralph Assmann | MT | ARD

12. ARD Strategic Helmholtz Investment
Construction – 2021, 30 M€ ARD centers, 2 future technologies for Helmholtz strategy, OP
ATHENA visit by the Helmholtz Senate at DESY, 26 Nov 2018
Accelerator Technology HElmholtz iNfrAstructure
RU Accelerator R&D | Ralph Assmann | MT | ARD

13. DMA
See talk by Volker later today…