Radiation reaction and nonlinear Compton scattering

• I.01) E. Raicher ^*
  Nonlinear Compton in a rotating electric field - additional quantum parameter and the scaling of the emitted photon energy with the laser intensity   Poster
• I.02) Ou Z. Labun
  Factorization of high-energy photon emission during laser-plasma interactions
• I.03) D. Serebryakov
  Generation of synchrotron gamma-rays and electron acceleration during grazing incidence of intense laser pulses onto planar targets
• I.04) J. Vyskočil
  Emission of gamma rays in ultra-intense laser interactions with solid targets
• I.05) S. Rykovanov
  Gamma-ray generation from plasma channel resonant wiggler
• I.06) M. Duff ^*
  Modelling the influence of the radiation reaction force on the acceleration of ultra-thin foils
• I.07) L. Gremillet
  Synchrotron emission from nanowire-array targets irradiated at ultra-high laser intensities
• I.08) F. Del Gaudio ^*
  Compton scattering collision module for OSIRIS

Electron-positron pair production and electromagnetic cascades

• II.01) I. Ploumistakis
  Investigations on particle anti-particle creation from laser induced ultra-strong electromagnetic fields interaction with vacuum
• II.02) G. Torgrimsson ^*
  Nonperturbative versus perturbative aspects in dynamically assisted Schwinger pair production
• II.03) C. Kohlfürst ^*
  Phase-space analysis of Schwinger pair production in inhomogeneous electric and magnetic fields
• II.04) P. Satunin ^*
  Breit-Wheeler pair production in external electric field from worldline instantons
• II.05) E. Efimenko
  Extreme States of Electron-Positron-Pair Plasma Produced by Laser Governed Vacuum Breakdown
• II.06) A. Muraviev
  Extreme current densities via electromagnetic cascades in ultraintense laser fields
• II.07) A. Fedotov
  Electron-positron pair production from vacuum in a strong rotating electric field   Poster
• II.08) A. Bashinov ^*
  Breakup of electron-positron plasma into current sheets in ultrarelativistic laser fields
• II.09) C. M. Kim
  Pair Creation by a Spatially Localized Sauter-type Electric Field in Scalar QED
• II.10) M. Vranic ^*
  Seeded QED cascades with two or four counter-propagating laser pulses

Exotic Physics with High-Intensity Lasers and beyond

• III.01) A. Bogomyagkov
  Low-energy electron-positron collider for production and spectroscopic study of (mu+mu-) bound state
• III.02) A. J. Macleod
  On the energy-momentum of light: an all optical view of the Abraham-Minkowski controversy
• III.03) V. Kharin
  Higher-dimensional caustics in QED processes in the strong laser field
• III.04) H. Kadlecová
  Gravitational wave generation by interaction of high power lasers with matter using shock waves
• III.05) A. Hartin ^*
  Bound Dirac solutions from the locally gauge invariant Furry picture Lagrangian
• III.06) S. Huang ^*
  Ultrafast Artificial Axion Source with Laser-Plasma Interaction
• III.07) S. Villalba-Chavez
  Prospects for hunting invisible axions in strong laser pulses
• III.08) I. Tsymbalov
  Tailored preplasma for gamma and neutron production with femtosecond table top TW laser
• III.09) S. Ahrens ^*
  Spin-dependent diffraction in standing light waves

Experimental Progresses in High-Intensity Laser-Matter Interaction

• IV.01) I. C. E. Turcu ^*
  Two 10 PW Counter-propagating Laser Beams for Experiments in High Field Physics at Intensities >10²² W/cm²
• IV.02) L. Labun
  Connecting theory and simulation to high-intensity laser-plasma experiment
• IV.03) M. Galletti
  Ultrashort optical parametric oscillator up to the mid-infrared based on BiBO pumped by a fs ytterbium laser

Vacuum birefringence

• V.01) N. Ahmadiniaz ^*
  One-particle reducible contribution to the one-loop spinor propagator in a constant field
• V.02) R. Torres ^*
  Finite-size and multidimensional effects of laser-induced vacuum birefringence
• V.03) S. Bragin ^*
  High-Energy Vacuum Birefringence and Dichroism in an Ultrastrong Laser Field

Other topics

• VI.01) K. Perrakis
  Production, acceleration and extraction of ions (negative/positive) from high-power laser induced plasma
• VI.02) C. Baumann
  Generation of ultra-short electron bunches using circularly polarized Laguerre-Gaussian laser modes
• VI.03) S. Tang
  Plasma high-order-harmonic generation and isolated pulse emission from ultraintense laser pulses
• VI.04) B. Ramakrishna
  Understanding Filaments in Laser Plasmas
• VI.05) X. Zhang
  Tunable Intense High-Order Vortex Generation
• VI.06) C. Hojbota
  Space Charge Effects on the Propagation of Electron Beams following High Intensity Laser-Electron Scattering
• VI.07) M. Grech
  SMILEI: a collaborative, open-source, multi-purpose particle-in-cell code for plasma simulation
• VI.08) J. Magnusson ^*
  Prospects and Signatures of Chirped-Standing-Wave Acceleration
• VI.09) I. Barth ^*
  Reducing parametric backscattering by polarization rotation
• VI.10) F. Cruz
  Towards first-principle simulations of pulsar QED cascades: charge conserving scheme for PIC simulations in modified spherical coordinates
• VI.11) J. Vieira ^*
  Relativistic particle vortices from a twisted plasma wave with orbital angular momentum

^* inc. flash presentation

Oral presentations

• Plenary/invited/oral presentations will be 60/20/15 minutes long (discussion included), respectively.
• There will be a computer available at the conference to display PDF presentations (Microsoft PowerPoint and Keynote will also be available, however note that file format/missing fonts conflicts may occur). Using a personal laptop is also possible (screening tests are advised, contact the local organising committee for more information at the conference).
• The projector in the conference amphitheater will only be able to display in a 4:3 format (i.e. using 16:9, widescreen slide format is discouraged).

Poster presentations

• Posters should be printed in A0 format, portrait orientation.
• Before the poster session, poster contributions may me introduced in a flash oral presentation (90 seconds). Those who wish to give a flash presentation about their work and did not fill the abstract submission accordingly should contact us at exhilp at tecnico.ulisboa.pt. More information about the flash presentations will be made available soon on this website.
• A number tag is attributed to each poster, which identifies the board on which they should be displayed. Pins/tape will be available.
• Posters should be put up by their owners on Tuesday (September 5th), preferably before the afternoon sessions.
• There are several printing shops that you can use to print your posters in loco: two inside the campus (LTIDECivil and LIT-DEQB) and another one very close to it (2 minutes walk, ZoomCopia). All websites are in portuguese, but we hope you can find all the information you need. We can also help you on site to find these printing shops.

Flash presentations

People presenting posters at ExHILP will be able to deliver flash oral presentations (90 seconds long) before the poster session in order to introduce their work. This is an excellent opportunity to bring attention to posters and increase their impact in the following session. Those who wish to present their poster work in a flash presentation should let the ExHILP local organising committee know of their intention before August 28th at exhilp at tecnico.ulisboa.pt. Important information about the flash presentations:

• Flash presentations will be 90 seconds long.
• No time will be available for discussion at the flash presentations session, as it should happen momentarily after it in the poster session.
• It will be possible for participants to project one slide (and one slide only) during the flash presentation. This slide should be sent to the conference organisation (exhilp at tecnico.ulisboa.pt) in PDF format before September 5th. Using a personal laptop will not be possible in the flash presentations session.
• The projector in the conference amphitheater will only be able to display in a 4:3 format (i.e. using 16:9, widescreen slide format is discouraged).