31 waveguide uni jobs

Metrology for Quasi-Optical Wireless Probing of Monolithic Microwave Integrated Circuits

: 2791-2801, 2014 Williams DF, et al: "Crosstalk Corrections for coplanar-waveguide scattering-parameter calibrations." IEEE Transactions on Microwave Theory and Techniques 8.62: 1748-1761, 2014 Quasi

Research Associate (Ink Formulations)

composite formulations for high performance stretchable waveguides. The Research Associate/Research Fellow will employ knowledge in polymer chemistry, composites and optics to develop novel polymer

GLASSCATH project: Glass-based force sensing catheter for endoscopy

inserted into the middle ear. Objectives We plan to manufacture an optical fiber tip, shaped to penetrate inside tissues. A flexible glass part containing a single-mode optical waveguide and an in-built

Scientist Photonic for single photon detectors

physics or in a comparable field Knowledge of semiconductor physics Knowledge in the field of optical simulation of waveguides Knowledge in the field of characterisation of single photon detectors Very good

Research Associate (577502)

Faculty of Science The position is available for a postdoctoral researcher to join the Waveguided Atom Interferometry project, part of the Experimental Quantum Optics & Photonics Group within

Multipixel Receiver Systems for Terahertz Astronomy

are considering approaches involving frequency multiplier chains utilized Schottky diodes and quantum cascade lasers, which are multiplexed using waveguide networks, phase gratings, or a combination of both. We

Project PRIN2022 “FEMTO-PRINTER - FEMTOsecond laser micromachining for maniPulating polaRItonic and quaNTum nonlinearities in 2D matERials”; Project n.: 2022ZZNANK

strain fields and (ii) couple, with high efficiency, the excitons of these materials with waveguides defined by laser micromachining in transparent substrates. The project will involve the use of electron

ASSISTANT PROFESSOR

particular fiber-optic structures, waveguide systems with plasmonic coverings and integrated photonics systems; 2) knowledge of issues related to the measurement technique of fiber-optic structures and systems

Hybrid QCL-SiGe photonics circuits for mid-IR frequency comb sources. (M/F)

lasers, microresonators, spectrum broadening in non-linear waveguides or electro-optic devices. However today the main challenge of mid-IR frequency combs is to achieve compact, turn key systems

2 R&D Process Engineers – Photonic Integrated Circuit Technology

that are suitable for novel devices and circuits. In the beginning, the challenges will include the investigation of highly controlled doping profiles for optimization of waveguide propagation loss, as