QSPEC
The QSPEC project aims to use quantum technology to develop a new, cost-effective and highly sensitive method for analyzing food content and origin, combating fraud that can cause economic
QGrad
The goal of this research project is the development of a highly-sensitive magnetic field sensor on a drone. The sensor is based on an optically pumped magnetometer which will include a
microSPIN
The aim of this research project is the development of an integrated MOEMS sensor platform, which uses the principle of surface plasmon resonance imaging (SPR-i) to track changes in the
DigiQuant
In the DigiQuant project, TOPTICA develops the basis for the digitalization and miniaturization of today's largely analog controlled laser diode technology for quantum and terahertz
Widely tunable comb-locked frequency-swept synthesizer
Advantages Optical synthesizer
the scanning cw laser is permanently phase-locked to the frequency comb and inherits its low phase noise and
Qualified applicants should have:
Degree in Physics, Optics, or other relevant scientific discipline (MS/PhD) Significant experience and skill in hands-on work with lasers and optical
Team Spirit
All Wavelengths – we are fascinated by the unlimited applications of laser technology and also appreciate all types of personalites. Team spirit and company culture at it´s best -
Social Responsibility
Our commitment is more than laser technology only. We believe that everybody has a social and ecologic responsibility – both in private and in business life. TOPTICA supports a