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DRD5 / RDq proposal preparation at CERN

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6/2-024 - BE Auditorium Meyrin (CERN)

6/2-024 - BE Auditorium Meyrin

CERN

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Michael Doser (CERN)
Description

Implementation of the ECFA detector R&D roadmap for quantum sensors

This Indico site has a dual role: as a landing site for a workshop on quantum sensors that took place from Oct. 2-4 at CERN; and as a general platform that will allow keeping abreast of developments and allowing to indicate interest or commitment to be involved in the process leading to submission of a proposal at the end of 2023 to CERN’s DRDC. It furthermore allows interacting with the convenors of the six families of quantum sensors highlighted in the ECFA roadmap.

To facilitate exchanges, several additional web sites are linked to this Indico page, in which complementary information is made available:

Implementation page (documents, jobs)

ECFA roadmap

Compact_Minutes of the RDq_May15.pdf
quantum_ECFA_proposal_v0_6.pdf
quantum_ECFA_whitepaper_v0.2.pdf
quantum_ECFA_whitepaper_v0.3.pdf
quantum_sensor_RnD_proposal_v0.5.pdf
Registration
Registration for participation in the workshop from Oct 2-4, 2023
Register
DRD5 / RDq proposal preparation at CERN
Zoom Meeting ID
63293025761
Host
Michael Doser
Useful links
Join via phone
Zoom URL
  • Monday 2 October
    • Welcome and introduction
      Convener: Michael Doser (CERN)
    • WP-1: Quantum techniques for sensing (entanglement; squeezing; back action evasion)
      RDq-WP1_v2.pdf
      RDq-WP1_v2.pptx
      • 2
        intro
        Speaker: Marcel Demarteau (Oak Ridge National Laboratory)
    • 12:10
      lunch break
    • Organization: Collaboration organizational structure
      Convener: Michael Doser (CERN)
    • WP-2: Atomic, nuclear and molecular systems in traps and beams (exotic systems, interferometers, clocks)
  • Tuesday 3 October
    • WP-4: Scaling up for low energy particle physics (optomechanical and other systems; transduction and readout)
      • 4
        Introduction
        Speaker: Marcel Demarteau (Oak Ridge National Laboratory)
    • 12:15
      lunch break
    • MOU, financial aspects, IP
    • WP-3: Quantum Materials (0-,1-,2-D materials; superconducting devices and electronics at 4K)
      • 5
        introduction
        Speakers: Christophe Dujardin (Universite Claude Bernard Lyon I (FR)), Shion Chen (University of Tokyo/ICEPP)
        QT_HEP23.pdf
        WP3b_cryo.pdf
  • Wednesday 4 October
    • WP-5: Scaled-up "Quantum" for mip's (spin sensitive devices; hybrid devices)
      • 6
        Introduction
        Speakers: Georgy Kornakov (Warsaw University of Technology (PL)), Shion Chen (University of Tokyo/ICEPP)
        QS_w_SMM_NAMASSTE.pdf

        WP 5-a: Spin polarized ensambles  

        Technologies 

        • Levitated ferromagnetic torque sensors 
        • Molecules with radioisotopes 
        • Large volume highly spin-polarized samples  

        What for? 

        • Ultra-low energy bosonic fields 
        • eEDM searches 
        • Helicity-sensitive tracking devices  

        What we need? 

        • Readout electronics 
        • Vacuum 
        • Trapping  
        • Low temperature (~10 mK) 
        • Large samples (from mm to 10 of cm) 
        • Available species (chemistry, material science)  
        • Hyperpolarization  

         

        WP 5 – b Hybrid devices  

        • Enhanced scintillators: plethora of materials/techniques worth exploring 
          • Micromachining 
          • Radiation tests 
          • Metalenses (optics)  
          • Large scale integration 
        • Ensebles of heterostructures: composite/low dimensional/nanostructures + established detector technologies: 
          • Fine tuning of parameters  
          • Improved performance of existing technologies  
        • Heterodox devices: redundancy, enhanced sensitivity, complementarity 
          • From nano to macro  
          • Stability 
          • Reproducibility 
          • Databases of materials 
          • Common approach to testing and measurement
    • 12:15
      lunch break
    • WP-6: Capacity driven design (schools and training; shared infrastructures)
      • 7
        Introduction
        Speaker: Georgy Kornakov (Warsaw University of Technology (PL))
        WP-6.pdf
    • Summary and next steps: Distribution of work and responsibilities
      Convener: Michael Doser (CERN)
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