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At conclusion of the intership work program a short report to sum up the developed work is produced. The titles are here indicated.

First edition:

  • Monte-Carlo Methods and PDE Solvers for the Study of Stochastic Processes in High Intensity, High Energy Laser-Plasma Interaction – José Mariano (supervised by MSc. Oscar Amaro)
  • Experimental setup for nonlinear material study and characterization – Maria Santos (supervised by Prof. Hugo Pires)
  • Implementation of Bremsstrahlung in Osiris – Nuno Marques (supervised by Dr. Bertrand Martinez)
  • Lens Calculation and Implementation of the Human Eye Model by Liou and Brennan – Tiago Avelar (supervised by Prof. João Dias)
  • Application of the Wigner Distribution Function to Optical Systems Tiago Garrão (supervised by Prof. Luis Silva)

Second edition:

  • Nonlinear material study and characterization – Hugo Gomes (supervised by Prof. Hugo Pires)
  • Mid-Infrared laser diagnostics – João Francisco Marques (supervised by Prof. Hugo Pires)
  • Novel radiation tool for plasma simulation codes – Diogo Miguel dos Santos Simões (supervised by Prof. Jorge Vieira)
  • AWAKE experiment (CERN): precise characterisation of long accelerator plasmas – Diogo Tovar Nogueira de Lemos (supervised by Dr Nelson Lopes)
  • AWAKE experiment (CERN): interface with plasma forming pulsed power units and related diagnostics – Arianna Rigo (supervised by Dr Nelson Lopes)
  • Xvision experiment: development of compact laser-plasma accelerators for x-ray light sources – Tiago Prates de Carvalho Garrão (supervised by Dr Nelson Lopes)
  • Internship on particle trajectories in extreme electromagnetic and gravitational fields – Afonso Santos (supervised by Thomas Grismayer)
  • Toric Intra-Ocular Lens (IOL) calculation for astigmatism correction in cataract surgery – João Pedro Ferreira Biu (supervised by Prof. João Dias)
  • Fundamental of Plasma Instabilities – Gabriel do Carmo Rouxinol (supervised by Prof. Luis Silva)

Third edition:

  • Mid-Infrared laser diagnostics – Carolina Pires (supervised by Prof. Hugo Pires)
  • Data-driven extraction of reduced models for plasma physics processes – Estevão Gomes (supervised by MSc. Diogo Carvalho)
  • Particle-in-cell simulations of laboratory mini magnetospheres – Bianca Augusto (supervised by MSc. Filipe Cruz)
  • High-harmonic generation with space-time beams – Carolina Fernandes (supervised by Prof. Marco Piccardo)
  • Building Wavefunctions in Quantum Circuits – Gabriel Almeida (supervised by MSc. Oscar Amaro)
  • Weibel instability in CERN fireball beams – João Luis Rosa Chaveiro (supervised by Prof. Luis Silva)
  • Fundamental of Plasma Instabilities – Manuel Ratola (supervised by Prof. Luis Silva)
  • Particle drifts in astrophysical plasmas with ultra strong magnetic fields – Maria Nunes (supervised by Prof. Luis Silva)
  • Using Blender for Plasma Visualization – Margarida Pereira (supervised by Prof. Luis Silva)
  • Multiscale Instabilities in Astrophysical Plasmas – Leonor Gonçalves (supervised by Prof. Frederico Fiuza)
  • Reduced Plasma Models Using Interpretable Machine Learning – Duarte Alexandrino (supervised by Prof. Frederico Fiuza)