Project overview 1 E. Cormier | Strategic Partnership Erasmus+ IT- - - PowerPoint PPT Presentation

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Project overview 1 E. Cormier | Strategic Partnership Erasmus+ IT- - - PowerPoint PPT Presentation

Oct 20, 2022 467 likes •634 views

Project overview 1 E. Cormier | Strategic Partnership Erasmus+ IT- ELLI Motivations Objectives Partners Structure Activities Output Multipliers events Learning/Teaching/Training Activities 2 E. Cormier |

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Project overview

  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

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  • Motivations
  • Objectives
  • Partners
  • Structure
  • Activities

Output Multipliers events Learning/Teaching/Training Activities

  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

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  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

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IT-ELLI: A consortium of large laser infrastructures ELI-NP ELI-NP ELI-ALPS APOLLON ELI-BEAM CLF

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  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

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Part rtnership ership object ective ives

  • Create a strategic network between large

scale laser research infrastructures (RI) related to training

  • Skills transfer between RI in the field of
  • ptics, intense laser, metrology, laser

safety, cleanliness, maintenance, radiation safety, .... applied to laser infrastructures

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  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

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  • E. Cormier | Strategic Partnership Erasmus+ IT- ELLI

6 Bordeaux P1, P2, P3 Paris P4 Oxford P9 Brussels P8 Praha P7 Szeged

  • P6,

P10 Magurele P5 FRANCE UK BELGIUM ROMANIA HUNGARY CZECH REPUBLIC

P1 UB P2 AD P3 ID P4 EP P5 NP P6 AL P7 BE P8 DC P9 ST P10 US

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 Requested: 443 453 € (Max: 450 000 €)  Awarded: 435 453€ ( - 8000 €)  Eligible costs:

  • Project management and implementation
  • Transnational project meetings
  • Intellectual outputs
  • Multipliers events
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Strategic Partnership 1 - Intellectual Outputs

Leader UBordeaux

2 - Multiplier events

Leader DC ?

3 - Learning Teaching Training

Leader USzeged ?

O1 Laser Safety O2 3D Virtual O3 IT tools O4 Radiation Safety C1 Laser architecture C2 Stretcher-Compressors C3 Ultrashort pulses C4 Metrology C5 Radiation Safety C6 Coatings C7 Propagation and focusing E1 E1: 3D virtual lab at Cap Science E2 E2: 3D virtual lab at X E3 E3: 3D virtual lab at NP E4 E4: 3D virtual lab at ALPS E5 E5: 3D virtual lab at BL E6 E6: Laser Safety at laserlab E7 E7: Laser Safety at photonics21 E8 E8: 3D virtual lab at STFC E9 E9: IT tools at Szeged Uni

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O1-1 National and European legal rules and regulations governing laser safety. O1-2 Curricula development for training workers at different levels. O1-3 Curricula certification as a European standard in laser safety. O1-4 Laser safety training materials and training course organization.

Objecti tive ve: develop a laser safety certification valid among the large laser infrastructures

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Objecti tive ve: deve velop p a complete te 3D virtu tual laser lab dedicate ted to practi tical training g

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  • Real world
  • Virtual world

O2-1 This fundamental phase will define the core architecture and the virtual world (lab) to be developed in the implementation phase. O2-2 3D virtual engine development O2-3 Beta version with a limited number of elements will be issued and tested. O2-4 The full version will be issued and disseminated.

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  • Example: telescope alignment
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Effects:

  • Dispersion
  • Kerr effect
  • Gain narrowing
  • Beam spatial distortion
  • Pulse temporal distortion
  • Self phase modulation
  • Cross-phase modulation
  • Gain in laser materials
  • …

Objecti tive ve: build d a comprehensive ve library y of common

  • n

small numer merical tools relate ted to ulstr trashort

  • rt laser

ers

DiagnoZoo

O3-1 Model descriptions and tool definitions O3-2 Individual tools development and testing O3-3 The library of individual tools will be assembled and disseminated in this phase

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O4-1 Nuclear safety standard description and curriculum definition O4-2 Course and teaching-material development O4-3 Courses and training dissemination Objecti tive: deve velop p a certi tified d laser based d radia diati tion

  • n

safety ty program m valid d among all partn tners

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There is no budget for the organisation of the training activities. Only mobility of student and staff to attend the training is funded. Tentative dates:

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PROJECT TIMETABLE 2015 2016 2017 2018 S O N D J F M A M J J A S O N D J F M A M J J A S O N D J F M A M J J A MONTHS M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 M13 M14 M15 M16 M17 M18 M19 M20 M21 M22 M23 M24 M25 M26 M27 M28 M29 M30 M31 M32 M33 M34 M35 M36 C1 C2 C3 C4 C5 C6 C7

U-BDX ADERA IDSC X ELI-NP ELI-ALPS ELI-BEAMS ELI DC STFC U-SZEGED C1 Laser architecture C2 Stretcher-Compressors C3 Ultrashort pulses C4 Metrology C5 Radiation Safety C6 Coatings C7 Propagation and focusing