laboratory 3

SPECIFIC FACILITIES

Modeling and simulation

Opti FDTD 15.0 – design and simulation of advanced passive and nonlinear photonic devices using FDTD (Finite-Difference Time-Domain) method.

OptiBPM 13.1- design of complex photonic integrated circuits for guiding, coupling, switching, splitting, multiplexing and demultiplexing of optical signals using BPM (beam propagation method) method.

OmniSim - design/simulation 2D/3D of photonic components using FDTD si (Finite Element Time Domain)

OptiGrating , LaserMod

3Lit – design of 3D micro-optical elements.

Zemax – optical design.

Technology
glove box for preparation and deposition of nanocomposites and organic layers
Characterization

*Spectroscopic ellipsometer;* High Resolution Raman Spectrometers LabRAM HR with module *TERS/AFM* for nanostructures based on carbon; *Alpha300 S System* – Scanning Near-field Optical Microscope, Confocal Microscopy and Atomic Force Microscopy, and Raman Spectrometers. *Optical Theta Tensiometer* (KSW Instruments) *Experimental set-up for optoelectrical characterization* in UV-VIS-IR spectral range. *Space light modulator* Exulus Thorlabs GmbH for controlling the form of the wavefront, generation of diffractive optic elements and computer generated holograms. *Helium – Neon* laser Thorlabs GmbH *Hartmann -Shack wavefront sensor* - Thorlabs GmbH *Optical spectrum analyser* 600 nm – 1700 nm OSA 202C - Thorlabs GmbH *Single photon counting modules* Count NIR - Laser Components GmbH *Time to digital converter 8 channels* quTAU – Qutools GmbH *Infrared optics components* (detectors, lenses, sources, collimators)