VUFF

In 1992 the researchers from the Quantum Electronics department of Vilnius University, led by prof. A. Piskarskas, introduced a new method - optical parametric chirped pulse amplification (OPCPA) - which nowadays is a basis for the laser systems producing high-power ultrashort light pulses. The group of High Intensity Laser Physics is developing a source of attosecond pulses employing a terawatt scale table top OPCPA system and a high-order harmonic generation technique for application in attosecond science research.

dilf grupeGroup of High Intensity Laser Physics. From left: BSc stud. Š. Straigis, R. Jarockytė, D. Kučinskas and A. Butkus, MSc stud. R. Budriūnas, BSc stud. I. Balčiūnas, group leader Dr. A. Varanavičius, MSc stud. L. Karpavičius and PhD stud. T. Stanislauskas.

 

Group members:

  • Dr. A. Varanavičius,
  • PhD student T. Stanislauskas,
  • MSc students R. Budriūnas and L. Karpavičius,
  • BSc students Š. Straigis,  R. Jarockytė, A. Butkus, D. Kučinskas and I. Balčiūnas.

Main research topics:

  • Generation of terawatt-power sub-10 fs pulses by optical chirped-pulse amplification.
  • Coherent XUV and soft X-ray pulse generation using a high-order harmonic generation technique.
  • Single attosecond pulses generation and their application in the study of ultrafast processes.
  • Study of high-intensity few-optical cycle pulses interaction with matter.

Labaratory equipment:

    • Multi-stage OPCPA system producing terawatt power sub-10 fs pulses at 1kHz repetition rate.
    • Instalation for diagnostic and measurments in IR, visible, XUV and X-Ray spectrum ranges.

OPCPA laboratorijaSet-up of terawatt scale sub-10 fs OPCPA system.