ARCNL researchers have demonstrated the use of high-harmonic generation for scatterometry with nanometer accuracy. This allows them to indirectly measure nanostructures without lenses, using shorter wavelengths of light and faster …
On May 8, researchers from across the Netherlands gathered at Amsterdam Science Park for WomenNetPhysics 2026, the largest Dutch networking event dedicated to strengthening the position of women in physics.
On May 7, Oscar Versolato gave his inaugural lecture to commemorate his appointment as Professor of EUV plasma processes at Vrije Universiteit Amsterdam (VU Amsterdam). The lecture was titled, "Turning …
Researchers at ARCNL and the Madrid Institute of Materials Sciences have achieved a breakthrough in precisely measuring and understanding a fundamental property of the high-harmonic generation (HHG) process in solids: …
To create extreme ultraviolet (EUV) light, droplets of liquid tin are hit with a laser at very high power. But what happens at lower energies? In a new paper published in the Journal of Fluid Mechanics, ARCNL …
Former ARCNL director Wim van der Zande was recently appointed the next chairperson of the Dutch Physics Association (NNV). For the next year he will transition into the role via …
The second NNV Plasma Physics Symposium took place in Zonheuvel on April 1-2, bringing together plasma physicists from across the Netherlands, Belgium and Germany. Organized by ARCNL and Eindhoven University …
In celebration of his illustrious career, Dr. Wim van der Zande’s family, friends, colleagues and other close relations gathered at ARCNL for a farewell symposium. Speakers from different stages in …
Researchers have demonstrated the potential of optical fibers naturally grown from a marine sponge. This presents a sustainable alternative to conventional man-made optical fibers, which are used in a broad …
ARCNL alumnus Ester Abram conducted her PhD research on how high-intensity laser light can damage material surfaces, with an interest in semiconductor manufacturing processes. Now, she and her collaborators from …
