High-energy and compact unstable resonators ready for industrial appli...
The HiLASE team, in collaboration with Dr. Koerner from the Institute of Optics and...
Laser Shock Peening technique can dramatically improve materials used...
The application team of the HiLASE Centre has successfully applied the Laser shock p...
High energy third harmonic generation with 10 J Bivoj
The Bivoj team, led by Dr. Martin Divoky, and Dr. Jonathan Phillips from STFC have s...
New micro-processing station
Success test of designed interference processing station suitable for interference m...
High energy second harmonic generation with 10 J Bivoj
The Bivoj team, led by Dr. Martin Divoky, and Dr. Jonathan Phillips from STFC have s...
Succesful operation of Bivoj 10 J laser
The Bivoj team has successfully provided more than 2.5 × 10^7 pump pulses resulting...
The most powerful picosecond UV (257 nm) coherent light source demonst...
In the HiLASE centre we have succeeded to achieve the highest output power for picos...
Commissioning of the compact picosecond 0.5 kW laser system PERLA C
The laser system PERLA C, commissioned at HiLASE Center in 2018, combines half-kilow...
Pockels cell holder patent
The Industrial Property Office awarded the members of the HiLASE Scientific Team a p...
Succesful design and fabrication of functional structures by laser
A team of HiLASE researchers managed to succesfuly design and fabricate functional s...
Patent for highly-regular laser-induced periodic surface structures
In collaboration with the University of Modena and Reggio Emilia, Italy, the formati...
The construction of the casing for the optical part of the Perla C las...
The technical team in the HiLASE center implements tailor-made design solutions acco...
Ceramic broadband materials for HAPP Lasers at HiLASE
Development of high average and peak power (HAPP) lasers requires laser materials wi...
