Waldemar Klauser

Carl von Ossietzky Universität Oldenburg

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About

Waldemar Klauser is a researcher at the forefront of nanoscale physics and photonic engineering, whose work bridges fundamental wetting phenomena and advanced materials fabrication. His primary research areas include nanofluidics, surface science, and photonic structure assembly, with a particular focus on understanding and manipulating matter at the smallest scales. Klauser’s most significant contribution is his groundbreaking study on line tension and the drop size dependence of contact angle at the nanoscale, which has garnered 19 citations and addresses a long-standing challenge in experimental nanoscale wetting. This work, combining molecular dynamics simulations and atomic force microscopy, provides crucial insights into how contact line tension influences droplet behavior, with implications for microfluidics and coating technologies. Additionally, Klauser has pioneered a novel approach to fabricating cubical photonic structures using ion beam assisted robotic assembly, a method that overcomes decades of difficulty in achieving precise three-dimensional light control. This innovative technique, cited 7 times, offers a reliable pathway for creating tailored photonic devices. Klauser’s research is characterized by its interdisciplinary nature and practical impact, making him a notable figure in advancing both fundamental nanoscale science and applied photonics.