Laser physics & optics

X-ray targets for generating x-ray radiation from a waveguide These innovative multilayer x-ray targets allow the generation of x-ray radiation

Embedded flexible hollow fiber The technology describes a method to fabricate a virtually ideal wave guide for spectral broadening and

Preconnection element for the protection of hollow fibers This invention is a further development to the flexible hollow fiber for

Superimposed CGHs on metals using laser ablation of diffractive pixels A special interference process allows the fabrication of computer-generated holography

Figure correction of glass substrates Unintentional deformation of optical substrates is a common issue in optics technology. The mechanical stress

STED principle for laser back ablation This innovative approach combines the two known methods of Laser Induced Backside Wet Etching

Flexible hollow fiber for pulse compressors A stretched flexible hollow fiber is proposed as a waveguide in high-energy pulse compressors.

Diffractive marking of glass This method provides a fast and efficient way for producing diffractive markings – by ablation of

Micro-structured black titania surfaces We present a new technology which leads to the development of surface micro structures and a

Ultra-stable cryostage for cryo fluorescence microscopy applications We present a sample holder to be used in cryo fluorescence microscopes or

Polarization Lightsheet Microscopy In recent years, lightsheet microscopy has continuously gained popularity among researchers, as it allows for gentle and

Optical Image Scanning Microscope The invention describes a simple way of performing Image Scanning Microscopy (ISM) purely optically. It is

Presented here is a novel embedding procedure for correlativ microscopy, that is based upon UV-curable resins, that both fix and