Self-powered flexible electronics using high-performance inorganic materials have been
studied and developed for the essence of future electronics due to the thing, lightweight, self …

Due to the advantages of non‐contact processing, high efficiency, high precision, and
superior controllability, laser lift‐off (LLO) technologies exhibit excellent material applicability …

Flexible OPV modules, based on P3HT: PCBM as absorber layer, were manufactured with a
power conversion efficiency over 3% and for a total area of 3500 mm 2 consisting of 14 in …

Ultrashort pulsed lasers offer a high potential in precise and efficient material processing
and deep understanding of the fundamental laser-material interaction aspects is of great …

In this paper, we demonstrate that laser patterning of organic solar cells by ultrafast laser
systems (pulse length< 350 fs) is an attractive process to produce photovoltaic modules with …

Laser lift‐off (LLO) is commonly applied to separate functional thin films from the underlying
substrate, in particular light‐emitting diodes (LEDs) on a gallium nitride (GaN) basis from …

In recent years, several applications for the laser ablation of thin metal films from the glass
substrate side have been studied. In this case, the laser pulse transmits through the glass …

Ultra-short-pulse laser irradiation of thin molybdenum films from the glass substrate side
initiates an intact Mo disk lift off free from thermal effects. For the investigation of the …

Recently, a so-called “directly induced” laser ablation effect has been reported, where an
ultra-short laser pulse (660 fs and 1053 nm) irradiates a thin Mo film through a glass …

Fast selective pattering with high precession on 175 nm ITO thin film with IR ps lasers is
investigated. Ablation parameters are optimized with detailed studies on the scribed depth …