Andreas Tünnermann

TL;DR: This work realizes a binary wave guide superlattice with a curved optical axis mimicking dynamical pair production induced by two counterpropagating ultrastrong laser pulses that enables visualization of formation of electron-positron pair in physical space as splitting of a wave packet, originally representing an electron in the Dirac sea.

TL;DR: The bulk scattering of synthetic fused silica for 193 nm lithography was investigated and a Rayleigh type scattering distribution was found, and the model is demonstrated to hold from the visible spectral range down to the deep ultraviolet.

TL;DR: In this article, the authors investigated the possibility of controlling the structure growth on the cycloolefin polymer Zeonex® by changing the thickness of the initial layer before the etching step.

TL;DR: In this article, the authors presented a new technique in order to create antireflective surfaces with the help of statistical nanostructures on fused silica, and a specific plasma etching process was found to serve this purpose.

TL;DR: In this paper, the authors studied the stepwise formation of anisotropic sheets and mutual realignment into periodic grating planes from deterministic voids, and found that the onset of structure formation is dominated by laser-induced cracks along the scanned path.