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Philip Nicholas Burrows
(University of Oxford (GB)),
Stephen Gibson
(Royal Holloway, University of London),
Zulfikar Najmudin
(Imperial College London)
Description
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11:30 AM
Arrival and lunch / refreshments (Denys Wilkinson Building level 5)
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Session 1 (Denys Sciama): Chair: Stephen Gibson: Future frontier collidersConvener: Stephen Gibson (Royal Holloway, University of London)
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1
Welcome and introductionSpeaker: Philip Nicholas Burrows (University of Oxford (GB))
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2
Summary of FONT nanometer-level beam stabilization results at KEK ATF2Speaker: Rebecca Louise Ramjiawan (University of Oxford (GB))
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3
Ground motion effects in the (HL-)LHCSpeaker: Hector Garcia Morales (University of Oxford)
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4
Simulation studies of Electro-Optic-BPMs for HL-LHCSpeaker: Alberto Arteche Gonzalez (University of London (GB))
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5
Crystal channeling for HL-LHC collimationSpeaker: Laurie Nevay (Royal Holloway University of London)
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6
FASER Simulations: Particle propagation in and out of an acceleratorSpeaker: Helena Lefebvre (University of London (GB))
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7
Breakdown-Loaded Electric Field as a High Gradient LimitSpeaker: Mr Jan Paszkiewicz (University of Oxford (GB))
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8
Ion beam collimation for future hadron collidersSpeaker: Andrey Abramov (University of London (GB))
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9
Progress on Muon Ionisation Cooling Demonstration with MICESpeaker: Mr Paul Jurj (Imperial College London)
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1
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3:00 PM
Tea / coffee break
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Session 2 (Denys Sciama): Chair Zulfikar Najmudin: Novel acceleration and diagnosticsConvener: Zulfikar Najmudin (Imperial College London)
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11
Using the IBEX Paul trap to test nonlinear integrable opticsSpeakers: Lucy Kate Martin (University of Oxford (GB)), Lucy Martin (University of Oxford)
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12
Loss reduction techniques for synchrotron slow extraction and beam delivery: simulations and recent measurements at MedAustron
Slow extraction using third integer resonance and a thin electrostatic septum is a common extraction scheme employed when a continous beam delivery is required downstream, such as in medical ion-therapy treatment or for fixed target physics experiments. Moreover, the beam often needs to be split in the transfer line after being extracted, if a simultaneous continuous spill is requested by more than one user. This is the case in the SPS North Area transfer line (TT20), where a Lambertson splitter septum is used. Both the extraction and the splitting processes are intrinsically lossy, as some particles inevitably impact with the septa blades or the aperture. In this contribution, loss reduction techniques are explored with the aim to reduce overall losses from the synchrotron to the user. Different slow extraction techniques, namely quadrupole sweep, betatron core and constant optics (COSE), are compared in simulations as well as through recently acquired data taken at the MedAustron ion beam cancer treatment facility in Wiener Neustadt, Austria.
Speaker: Pablo Andreas Arrutia Sota (University of London (GB)) -
13
Experimental Considerations for Staged Acceleration on Astra GeminiSpeaker: Nic Gruse (Imperial College)
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14
Modelling the Signal to Noise Ratio of Breit-Wheeler Detection Experiments with Geant4Speaker: Rob Watt (Imperial College)
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15
Low-Density Waveguides for multi-GeV Laser-Plasma AcceleratorsSpeaker: Alex Picksley (University of Oxford)
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16
Narrow energy spread, GeV electron beams from shock injection in a laser wakefield acceleratorSpeaker: Cary Colgan (Imperial College London)
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17
Using X-rays from a laser wakefield accelerator to perform ultrashort multi-Kev absorption spectroscopySpeaker: Brendan Kettle (Imperial College London)
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6:10 PM
Drinks & nibbles
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11:30 AM
