Laser micro- and nanostructuring
Research on functional surfaces, ultrashort-pulse processing, and precise control of structures from micrometre to nanometre scale.
HiLASE profile
Laser micromachining / Micro- and nanostructuring / Research leadership
Petr Hauschwitz
I lead laser micromachining research at HiLASE Centre, focusing on high-throughput laser processes for functional micro- and nanostructured surfaces. The work spans multi-beam processing, beam shaping, and industrial applications. I also founded HoloRing.
Areas of work
Laser research and practical applications.
Petr's HiLASE research, technology-transfer work, and HoloRing are described separately below.
Multi-beam processing and beam shaping
Methods that increase processing throughput while preserving repeatability across larger areas and industrially relevant materials.
Research overviewHoloRing
An independent jewelry venture using precision laser engraving and selected holographic surface patterns to make personal rings.
Founder storyResearch focus
Scaling laser micro- and nanostructuring.
Petr Hauschwitz has worked at HiLASE Centre, part of the Institute of Physics of the Czech Academy of Sciences, since 2016 and has led its Laser Micromachining research group since 2019. His work connects control at the micro- and nanoscale with the throughput, repeatability, and materials range needed for industrial use.
Methods
- Multi-beam laser processing
- Direct laser interference patterning (DLIP)
- Diffractive optical elements (DOE)
- Spatial light modulator beam shaping (SLM)
- Picosecond and nanosecond laser processing
Surface functions
- Wettability, self-cleaning, and anti-icing
- Friction and adhesion control
- Biocompatible and antibacterial behavior
- Optical response and anti-reflection
Materials
- Metals and alloys
- Glass and dielectrics
- Polymers and composite materials
Research group leadership
Leader of the Laser Micromachining research group at HiLASE Centre.
Primary sourceSimultaneous sub-beams
A documented HiLASE and HOLO/OR team record in multi-beam laser nanostructuring.
Primary sourceReported LIPSS throughput
A documented HiLASE team result for nanostructuring stainless steel.
Primary source
Public archive / 64 sourced records
The complete public record.
Publications, conference activity, media appearances, recordings, and recognition are gathered in one sourced timeline.
PublicationsJournal articles, book, and dissertation
24
Talks & conferencesScientific, industry, and public appearances
27
Media & recordings5 direct audio or video links
8
RecognitionAwards, selections, and documented team results
5
Browse the full timeline
Public activity
Recent talks.
Recent appearances range from specialist conferences to public-science events.
Public science talk / Colours of Ostrava, Curiosity Stage
Official event page
How a laser copies nature's tricks
A public talk on functional surfaces inspired by the micro- and nanostructures of living organisms.
Invited talk / ICTON 2026
Event page and programme
High-Productivity Laser Fabrication of Micro- and Nanostructured Functional Surfaces Across IR-UV Spectrum
An invited conference presentation spanning productive functional-surface fabrication from infrared to ultraviolet laser wavelengths.
Conference talk / 27th International Symposium on Laser Precision Microfabrication
Event listing
Bridging micro/nanostructures and mass production: scalable laser-engineered antimicrobial surfaces
A talk on connecting micro- and nanostructured surfaces with scalable production methods.
Conference talk / ILAS 2025
Event listing
Advancements in precise micro and nanostructuring using UV to IR 1-picosecond laser system
An international symposium talk on precision structuring across UV-to-IR wavelengths.
Recognition
Selected awards and distinctions.
The label on each item identifies an individual award, an editorial selection, or a team result.
Otto Wichterle Award
Czech Academy of Sciences. Award for outstanding young researchers of the Czech Academy of Sciences.
Werner von Siemens Award 2021 - Best Dissertation, first place
Siemens Czech Republic. First place for the dissertation Large-Scale Functionalization of Surfaces Using Laser-Generated Micro- and Nanostructures. The 2021 competition results were announced in 2022.
Forbes Czech 30 Under 30
Forbes Czech Republic. Selected for Forbes Czech Republic's 2021 30 Under 30 list.
Two team records in laser nanostructuring
HiLASE Centre research team. The team was reported to set records in nanostructuring speed on stainless steel and in the number of beams simultaneously used for nanomachining.
Milan Odehnal Prize - Certificate of Merit
Czech Physical Society. Recognition listed on the public FZU professional profile.
Media
Selected articles and interviews.
Each link opens the original publisher or broadcaster.
Lasers for science and business
Týdeník Euro. A profile connecting laser-micromachining research, leadership, and the founding of HoloRing.
Laser micromachining inspired by sharks
Czech Academy of Sciences / A Magazine. A public feature on bio-inspired laser surface engineering and research applications.
Czech research uses lasers against microorganisms
Czech Television - CT24. A Czech Television science report on the LasApp project and laser-engineered surfaces designed to reduce microorganism adhesion.
We imitate nature with a laser
Vesmír. An authored popular-science article about functional micro- and nanostructures inspired by nature.
Petr Hauschwitz - 30 Under 30
Forbes Czech Republic. A profile of Petr's laser-micromachining work and team leadership.
Research record
Published work and its reach.
The publication archive and citation data provide two views of the same research activity.
24Sourced publications
503Google Scholar citations
- Since 2021
- 466
- h-index
- 12
- i10-index
- 12
Google Scholar / Verified snapshot
Public profiles
Verified identity links.
Official and self-managed profiles help distinguish Petr from people with similar names.