LhARA Project WPM Meeting 6th February 2024 14:00 GMT = Meeting URL: ​https://strath.zoom.us/j/84550543598?from=addon Meeting ID: 845 5054 3598 Password: 737274 ------------------------------------------- = Agenda == Bridging funds === K Long - discussion - slides ([raw-attachment:01-2024-02-06-Long.pptx here]) Bridging funds - discussion Deliverables Work Package 1. Project management: Deliverables • '' D1 Early progress review CDR M6 '' • '' D2 Interim progress review CDR M12 '' • '' D3 Pre-CDR Review M18 '' • '' D4 CDR M24 '' • ''' D5 Initial progress review TDR & technical de-risk update M30 ''' • ''' D6 Interim progress review TDR & technical de-risk update M36 ''' • ''' D7 Final progress review TDR & technical de-risk update M42 ''' • ''' D8 Stage 1 TDR & technical de-risk report M48 ''' • D9 Pre-TDR2 review M54 • D10 TDR2 M60 Milestones Work package 2: Laser-driven proton and ion source • '' M2.1: Prediction of optimised proton source parameters for 100+ TW laser systems based on hydrodynamic and kinetic simulations M12 '' • '' M2.2: First SCAPA ion source simulations and experiment completed M18 '' • ''' M2.3: Investigation and demonstration of 10 Hz debris and damage challenges at ICL M36 ''' • ''' M2.4: Demonstration of continuous operation of 1 Hz beam generation on SCAPA M48 ''' • M2.5: Demonstration of stabilised 5 Hz beam generation on SCAPA M60 Work package 3: Proton and ion capture • '' M3.1: Validate plasma simulations with existing Swansea experimental set-up M6 '' • '' M3.2: Progress report of large diameter plasma experiments and simulations M18 '' • ''''' M3.3: Next generation plasma lens testbench design M24 ''''' • ''' M3.4: Progress report of standalone plasma apparatus build and commissioning M36 ''' • ''' M3.5: Progress report of large particle-number plasma experiments and simulations M48 ''' • M3.6: Ion focussing results M60 • M3.7: Final plasma lens design M60 === Radiobiological Science and technology Work Package 7: • ''' M7.1: Develop beamline and bespoke facilities at SCAPA for radiobiology experimentation M30 ''' • ''' M7.2: Preliminary results from cell survival/DNA damage experiments with laser-accelerated protons at SCAPA M36 ''' • ''' M7.3: Development of RBEs of laser-accelerated protons (versus pre-existing cyclotron-driven protons) in established cell lines M48 ''' • ''' M7.4: Assessment of DNA damage repair kinetics and immunopeptidomic analysis of laser-accelerated protons M48 ''' Work package 4: Ion-acoustic dose mapping • '' M4.1: Geant4 simulations of beam energy deposition profile M18 '' • '' M4.2: Acoustic sensor array design M24 '' • ''' M4.3: Iterative reconstruction methods M42 ''' • ''' M4.4: Integration: ultra-sonic array with radiobiology station M48 ''' may require manpower up-lift and some equipment funds • ''' M4.5: LhARA ion-acoustic test results M48 ''' Work package 5: Novel end-station development • '' M5.1: Design LhARA automated cell dish handling and environmental system M24 '' • '' M5.2: Report on end-station user-community consultation M24 '' • '' M5.3: Report on end-station component testing at Birmingham M24 '' • M5.4: Construct beam delivery room including end-station and cellular imaging capabilities M60 • ''M5.5: Specification of LhARA beam monitoring technology M24 '' • M5.6: Report on delivery of LhARA beam monitoring system M60 • '' M5.7: kGy/s tests at Birmingham M24 '' Work package 6: Design and integration • '' M6.1: Final review of R&D work towards LhARA CDR M18 '' • ''' M6.2: Final review of R&D work towards LhARA Phase 1 TDR M42 ''' • ''' M6.3: Review of R&D work towards LhARA Phase 2 TDR M48 ''' • M6.4: Technical report on FFA main magnet prototype M58. • M6.5: Technical report on MA RF cavity prototype M58. Work Package 8: • ''' Creation of collaborative international clinical research group M40 ''' • ''' Wider public engagement - All party parliamentary group on radiotherapy M48 ''' == PA1 === Achievements - humble bragg competition? === WP5 consultation 3, Jan 24th Liverpool. Excellent meeting https://indico.stfc.ac.uk/event/923/?print=1 == AOB