Konstantin Zukovsky | Keynote Presentation | GCMN 2026

Keynote Presentation: Konstantin Zukovsky, HUN-REN Wigner Research Centre for Physics, Budapest

Title: Ion energy boost and enhanced energy transfer from laser radiation to matter with resonating nanoantennas


About Conference

The 2nd Global Conference on Material Science and Nanotechnology (GCMN 2026) is a premier international platform bringing together researchers, scientists, academicians, and industry experts to discuss the latest innovations and developments in material science and nanotechnology.

The conference aims to promote scientific exchange, networking, and collaboration among global participants working in advanced materials, nanotechnology, engineering, physics, chemistry, and interdisciplinary sciences.

Conference Details:

  • Conference Name: 2nd Global Conference on Material Science and Nanotechnology (GCMN 2026)
  • Event Mode: Online
  • Conference Website: World Nanotechnology Congress

Keynote Speaker: Konstantin Zukovsky

Konstantin Zukovsky from the HUN-REN Wigner Research Centre for Physics, Budapest, delivered an insightful keynote presentation at the 2nd Global Conference on Material Science and Nanotechnology (GCMN 2026). His presentation focused on ion energy enhancement and efficient energy transfer from laser radiation to matter using resonating nanoantennas.

The keynote session attracted strong interest from researchers and scientists working in laser physics, nanotechnology, plasma science, and advanced material interactions. The presentation highlighted innovative approaches for improving laser–matter coupling and energy transfer efficiency through nanoantenna-based systems.


Title of Presentation: “Ion energy boost and enhanced energy transfer from laser radiation to matter with resonating nanoantennas”

Abstract

The keynote presentation explored advanced mechanisms for enhancing ion energy and improving the transfer of laser energy into matter using resonating nanoantennas. The research discussed how specially designed nanoantenna structures can significantly increase electromagnetic field localization and optimize laser-driven energy absorption processes.

The presentation emphasized the importance of resonant nanostructures in high-energy-density physics, laser-plasma interactions, and nanoscale energy transfer applications. The study also demonstrated the potential impact of nanoantenna-assisted systems in future developments of nanotechnology, material science, and laser-based applications.



Biography

Konstantin Zukovsky is affiliated with the HUN-REN Wigner Research Centre for Physics, Budapest. He is recognized for his research contributions in laser–matter interactions, ion acceleration, plasma physics, and nanostructured energy transfer systems.

His scientific work focuses on advanced theoretical and applied research involving laser radiation, resonating nanostructures, and enhanced energy transport mechanisms. During the keynote session at GCMN 2026, he shared valuable insights into cutting-edge developments in nanoantenna-assisted laser applications and ion energy enhancement technologies.


Conference Highlights

  • International plenary and keynote sessions
  • Advanced discussions in material science and nanotechnology
  • Online networking opportunities for global researchers
  • Scientific presentations by leading experts
  • Emerging technologies and interdisciplinary research discussions

Join GCMN 2027

Official Website: GCMN Official Website

Abstract Submission: Abstract Submission

Registration: Conference Registration

Event: 3rd Global Conference on Material Science and Nanotechnology (GCMN 2027)

Dates: 4–6 March, 2027

Mode:
Singapore & Online Conference


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