This year a Summer School on Ultra-short Pulse Lasers Applications in Material Processing (UPLAMP) took place that brought 31 PhD students from around the world to Vilnius, Lithuania, for a week of immersive learning, collaboration, and cultural exchange. Organized by the Lithuanian Center for Physical Sciences and Technology (FTMC) and supported by the IEEE Photonics Society, the biennial School continued its tradition of offering young researchers a unique environment to deepen their understanding of ultrafast laser-material interactions while building international networks.
UPLAMP’s core mission is to provide students and early-career researchers with an integrated understanding of ultrafast laser-material interactions. This year’s program delivered on that promise through a rich schedule of lectures, hands-on discussions, and structured opportunities for peer-to-peer exchange.
Participants benefited from the expertise of internationally recognized lecturers, including scientists from universities and research centers across Europe and the United States. Talks covered a wide range of topics—from femtosecond laser ablation mechanics and advanced surface structuring to laser-induced periodic surface structures (LIPSS), gas dynamics, nanoparticle formation, and industrial applications of high-precision laser systems. These lectures, combined with interactive Q&A sessions, gave students a comprehensive view of the field’s latest research directions and real-world challenges.
Beyond lectures, every student took part in extended poster sessions and gave a 10-minute oral presentation. These sessions were designed to encourage scientific dialogue and constructive feedback, and they succeeded—students actively engaged with lecturers and peers, asking questions, comparing methodologies, and even identifying opportunities for joint projects. For many attendees, these exchanges laid the groundwork for new collaborative research paths.
Support directly from the IEEE Photonics Society enabled two U.S. PhD students—from the University of Alabama and the University of Virginia—to attend. Both described the experience as pivotal for their research and career development, citing valuable scientific insights, conversations with future collaborators, and exposure to new methods and applications.
A graduate student from the University of Alabama discussed how the School created rare opportunities for computational researchers to speak directly with experimentalists, leading to new ideas for validating models and even discussions about collaborative publications. Conversations with faculty and fellow students opened doors to future partnerships, including a potential postdoctoral opportunity.
A graduate student from the University of Virginia emphasized how sessions on surface functionalization and LIPSS directly informed ongoing dissertation work in laser-based nanoparticle recovery. The mix of expert lectures, global networking, and industry tours significantly deepened their insight into both research applications and future career possibilities.
The feedback from these students underscores the tangible, long-lasting impact of IEEE Photonics funding on student development and global scientific exchange.
Beyond the classroom, UPLAMP emphasized community-building through activities such as a rowing challenge near Trakai and an orientation competition in Vilnius. Students also visited FTMC facilities and toured EKSPLA, a major laser and electronics manufacturer, gaining firsthand understanding of how fundamental research translates into industrial innovation.
UPLAMP’s success lies in its blend of scientific rigor, international collaboration, and real-world industry engagement. The School continues to serve as an exemplary model for connecting early-career researchers, nurturing global partnerships, and strengthening the photonics community.
More information about the program can be found at uplamp.ftmc.lt.
