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Photocathode Physics for Photoinjectors 2018

15–17 Oct 2018
Hilton-Buffalo Thunder
US/Mountain timezone

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Session

Session 11

Session 11
17 Oct 2018, 13:45
Pueblo Conference Room A (Hilton-Buffalo Thunder)

Pueblo Conference Room A

Hilton-Buffalo Thunder

20 Buffalo Thunder Trail Santa Fe, NM, USA 87506

Conveners

Session 11: Novel Research and Applications

  • Howard Padmore (Lawrence Berkeley National Laboratory)

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  1. 70. The accelerator on a chip with a special focus on source requirements
    Dr Alexander Tafel (University Erlangen-Nuremberg (FAU))
    17/10/2018, 13:45
    Session 11: Novel Research and Applications

    Dielectrics at optical frequencies withstand fields up to two orders of magnitude larger than metal cavities of conventional particle accelerators at microwave frequencies. Making use of the advances in nanofabrication and ultrafast lasers, extremely compact accelerating structures can be fabricated on chip including waveguides for laser power delivery. Acceleration [1-3], deflection [3] and...

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  2. 71. Generation of attosecond electron pulses by inelastic ponderomotive scattering at an optical traveling wave
    Dr Martin Kozak (Charles University), Mr Norbert Schönenberger (Friedrich-Alexander-Universität Erlangen-Nürnberg), Prof. Peter Hommelhoff (Friedrich-Alexander-Universität Erlangen-Nürnberg), Mr Timo Eckstein (Friedrich-Alexander-Universität Erlangen-Nürnberg)
    17/10/2018, 14:05
    Session 11: Novel Research and Applications

    In this contribution we report on experimental demonstration of generation and detection of attosecond electron pulses. It is reached via inelastic ponderomotive scattering of electrons at an optical traveling wave formed by two laser pulses at different frequencies. This scheme represents an analogy to the classical Kapitza-Dirac effect [1], in which the electron beam diffracts/reflects at an...

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  3. 72. Mapping optical properties of semiconductor heterostructures on the nanometer scale
    Dr Shaul Aloni (Lawrence Berkeley National Laboratory)
    17/10/2018, 14:25
    Session 11: Novel Research and Applications

    Carefully designed and fabricated semiconductor heterostructures are key to tunable and optimal optoelectronic devices, often enabling ways to overcome the performance bottlenecks defined by imperfections and defects native to the semiconductor crystals. Visualizing structure, corelated with function at the relevant length, time and energy scales remain a key challenge, but also are an...

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  4. 73. Workshop Discussion
    17/10/2018, 14:45
    Session 11: Novel Research and Applications
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