Your mission: The new Institute for Satellite Geodesy and Inertial Sensors (SI) of the German Aerospace Center (DLR) in Hanover, Lower Saxony, is primarily dedicated to research in the fields of quantum technology and quantum sensing and develops quantum measurement techniques for innovative applications, towards the implementation of prototype solutions. In this context, the department "Quantum Limits of Metrology" (SI-QGM HN) in Hanover is looking for a physicist with a university degree. The unprecedented precision of atom interferometers promises diverse applications in space, from Earth observation and fundamental testing of the Standard Model to a new generation of gravitational-wave detectors. In the project “INTENTAS – Interferometry with Entangled Atoms in Space” , a new generation of space-borne atomic quantum sensors will be developed. The goal is to improve the sensitivity of atomic interferometers through entanglement -quantum correlations, that are also used in quantum computers, for example. The project includes the design and construction of such a quantum sensor with entangled atoms in a compact and robust set-up that is suitable for space-application (on the ISS or on a satellite). The sensor will then be tested in the "Einstein Elevator," a 25-meter high, accelerated elevator that offers up to 4 seconds of zero gravity during a parabolic trajectory. The generation and observation of entangled atoms in the Einstein elevator offer future research goals, such as quantitative tests of quantum mechanics with previously unattainable, macroscopic quantum objects, in addition to future space applications. We are looking for an enthusiastic scientist who will make the INTENTAS project a success in a central scientific position. The focus of research and development is in the area of laser systems, optics and the structure of the quantum sensor. • Development and characterization of a fiber-based laser system • Construction and characterization of a compact atomic source • Design and construction of a dipole trap • Design, construction and characterization of a quantum sensor • Measurements in the Einstein Elevator • Planning of future projects at DLR-SI Your qualification: • Completed scientific university degree (master/diploma) in the field of physics or a comparable field • Completed doctorate or a comparable qualification in the field of ultracold atoms • Many years of professional experience in (quantum) sensor development, especially in the design of optical sensors, mechanical construction, vacuum technology, computer-aided and automated data acquisition and evaluation • In-depth knowledge in the field of physics, atomic optics, laser and atomic spectroscopy and laser development • many years of experience in the publication of peer-reviewed scientific articles • many years of professional experience in the coordination of research projects with industrial and university partners • ideally very good knowledge of spoken and written English Your start: You can look forward to an employer who appreciates your commitment and will support your development through a wide range of qualification and further training opportunities. Our unique working environment offers you creative freedom and an incomparable infrastructure in which you can realize your mission. Compatibility of private life, family and work as well as equal opportunities for people of all genders (f/m/d) are an important part of our human resources policy. We give preference to applications from severely disabled people if they are technically qualified.
Project "INTENTAS" - laser systems, optics and setup of the quantum sensor
Your mission: The new Institute for Satellite Geodesy and Inertial Sensors (SI) of the German Aerospace Center (DLR) in Hanover, Lower Saxony, is primarily dedicated to research in the fields of quantum technology and quantum sensing and develops quantum measurement techniques for innovative applications, towards the implementation of prototype solutions. In this context, the department "Quantum Limits of Metrology" (SI-QGM HN) in Hanover is looking for a physicist with a university degree. The unprecedented precision of atom interferometers promises diverse applications in space, from Earth observation and fundamental testing of the Standard Model to a new generation of gravitational-wave detectors. In the project “INTENTAS – Interferometry with Entangled Atoms in Space” , a new generation of space-borne atomic quantum sensors will be developed. The goal is to improve the sensitivity of atomic interferometers through entanglement -quantum correlations, that are also used in quantum computers, for example. The project includes the design and construction of such a quantum sensor with entangled atoms in a compact and robust set-up that is suitable for space-application (on the ISS or on a satellite). The sensor will then be tested in the "Einstein Elevator," a 25-meter high, accelerated elevator that offers up to 4 seconds of zero gravity during a parabolic trajectory. The generation and observation of entangled atoms in the Einstein elevator offer future research goals, such as quantitative tests of quantum mechanics with previously unattainable, macroscopic quantum objects, in addition to future space applications. We are looking for an enthusiastic scientist who will make the INTENTAS project a success in a central scientific position. The focus of research and development is in the area of laser systems, optics and the structure of the quantum sensor. • Development and characterization of a fiber-based laser system • Construction and characterization of a compact atomic source • Design and construction of a dipole trap • Design, construction and characterization of a quantum sensor • Measurements in the Einstein Elevator • Planning of future projects at DLR-SI Your qualification: • Completed scientific university degree (master/diploma) in the field of physics or a comparable field • Completed doctorate or a comparable qualification in the field of ultracold atoms • Many years of professional experience in (quantum) sensor development, especially in the design of optical sensors, mechanical construction, vacuum technology, computer-aided and automated data acquisition and evaluation • In-depth knowledge in the field of physics, atomic optics, laser and atomic spectroscopy and laser development • many years of experience in the publication of peer-reviewed scientific articles • many years of professional experience in the coordination of research projects with industrial and university partners • ideally very good knowledge of spoken and written English Your start: You can look forward to an employer who appreciates your commitment and will support your development through a wide range of qualification and further training opportunities. Our unique working environment offers you creative freedom and an incomparable infrastructure in which you can realize your mission. Compatibility of private life, family and work as well as equal opportunities for people of all genders (f/m/d) are an important part of our human resources policy. We give preference to applications from severely disabled people if they are technically qualified.
