home
Englisch home sitemap    suche:
  Kontakt zum ILPP
  ILPP Intern
  Mitarbeiter
  Lehre
  Forschung
  SFB TR18
  GRK 1203
  Heraeus-Seminar
    Objectives
    Invited speakers
    Time and Location
    Registration
    Posters
    Programme
    Organisers
    Download
  Links
  Aktuelles

Download

385. Heraeus Seminar

Wilhelm und Else Heraeus Stiftung

Opening Lecture

R. Sauerbrey: Introduction on Laser Particle Acceleration

Electron Acceleration

A. Pukhov: Relativistic Laser plasmas for particle acceleration and novel radiation sources

V. Malka: Laser plasma accelerator: single and double stage strategies

W. Leemans: GeV electron beams from a cm-scale wakefield accelerator

Production of intensive X-ray radiation

M. Zepf: High harmonics from relativistically oscillating plasma surfaces - a high brightness attosecond source at keV photon energies

A. Rousse: Development of x-ray beams from electrons accelerated in laser wakefields

H. Schwoerer: Jena progress towards undulator radiation with laser accelerated electrons

Proton Acceleration

F. Pegoraro: High efficiency regimes of ion acceleration

M. Borghesi: Laser-accelerated high-energy protons: Optimization, control and applications

T. Cowan: Physical limitations on beam emittance of protons accelerated from laser-irradiated thin foils

Oral Session

Kaluza: Direct Measurement of Electron Currents Driven by a Laser-Plasma-Accelerator

Hidding: High-energy-density Laser-produced Quasimonoenergetic Electron Beams with few-fs-Duration and Low Energy Spread

Toncian: Properties of Laser Triggered Micro Lens for Energy Selection and Focusing of MeV protons

Sokollik: A new detection scheme for transient and strong fields - "The Proton Streak Camera"

Jung: Ionization front propagation in gaseous targets induced by sub-ten femtosecond laser pulses

Baeva: High harmonics and attosecond pulses in the relativistic regime

Cecchetti: Measurements of large self-generated magnetic fields produced in the interaction of high-power lasers with solid targets using proton imaging and deflectometry techniques

Zamponi: Measurements of magnetic field produced by fs laser

New Perspectives

K. Ledingham: What is the Future for Laser Induced Particle Acceleration and Applications?

S. Atzeni: Inertial fusion fast ignition: intense beam requirements and possible target designs

D. Habs: From Laser-Accelerated Electron Beams to Table-Top X-Fel's: New Applications in Medicine

The Interdisciplinary Graduate and Research Academy Düsseldorf (iGRAD)

The Interdisciplinary Graduate and Research Academy Düsseldorf (iGRAD) is your portal to structured PhD education at the Faculty of Mathematics and Natural Sciences at Heinrich-Heine-University Düsseldorf in Germany. iGRAD will offer several services and advice all around the PhD study at our faculty for, PhD- Students, PhD-Supervisors and coordinated PhD Programs. *** PhD students who are not members of structured PhD programs can become iGRAD members together with their supervisors and can benefit from iGRAD-services. *** To coordinated PhD programs (like graduate schools, research training groups and collaborative research networks) iGRAD offers the benefits of an umbrella institution, supporting its member institutions with centralized organization structures, and support in fulfilling modern standards of structured PhD education. *** Please follow the link for further information and a list of workshops. [Mehr]

Aktuell:

Veranstaltungen des GRK1203/ Seminars, Workshops and Lectures of the GRK1203... [Mehr]