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IPAC'23 - 14th International Particle Accelerator Conference

7–12 May 2023
Venice, Italy
Europe/Zurich timezone

IPAC'23

Session

MC03.2 - Novel Particle Sources and Acceleration Techniques (Contributed)

TUODB
9 May 2023, 11:30
Venice, Italy

Venice, Italy

Lungomare Marconi 1861 30126 Lido di Venezia Italy

Conveners

MC03.2 - Novel Particle Sources and Acceleration Techniques (Contributed)

  • Evgenya Simakov (Los Alamos National Laboratory)

Presentation materials

There are no materials yet.

  1. 2466. Recent experimental results from the dielectric wakefield acceleration program at CLARA facility (TUODB1)
    Thomas Pacey (Science and Technology Facilities Council)
    09/05/2023, 11:30
    MC3.A15: New Acceleration Techniques
    Contributed Oral Presentation

    Dielectric wakefield acceleration (DWA) is a high gradient novel acceleration concept. To realise this concept for future high energy facilities, scalable models of the transverse and longitudinal beam dynamics from these wakefields must be created and experimentally verified. We present a summary of results from the recent experimental run at the CLARA facility. This study used both circular...

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  2. 2369. Dielectric laser acceleration for dark sector studies (TUODB2)
    Raziyeh Dadashi Motlagh (Paul Scherrer Institute)
    09/05/2023, 11:50
    MC3.A16: Advanced Concepts
    Contributed Oral Presentation

    For the purpose of indirect search of dark matter, we designed laterally driven Dielectric Laser Acceleration (DLA) structure that achieves 1.2 MeV energy gain in 6 mm length together with 6D confinement. The design originated from a relativistic DLA structure and was supplemented with non-homogeneous shapes following the APF segments and optimized using a genetic algorithm together with the...

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  3. 1585. First demonstration of spin-polarized electrons from gallium nitride photocathodes (TUODB3)
    Samuel Levenson (Cornell University)
    09/05/2023, 12:10
    MC3.T02: Electron Sources
    Contributed Oral Presentation

    For the first time, photoemission of spin-polarized electron beams from gallium nitride (GaN) photocathodes are observed and characterized. The spin polarizations of the emitted electrons from epitaxially grown hexagonal and cubic GaN photocathodes activated to Negative Electron Affinity (NEA) via cesium deposition are measured in a retarding-field Mott polarimeter.

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