Postdoctoral Researcher in Squeezed Light: KTH Royal Institute of Technology’s School of Engineering Sciences is seeking an exceptional Postdoctoral Researcher to advance quantum optics research, focusing on the generation, detection, and manipulation of CV squeezed states of light. This position is central to quantum communication and sensing technologies and is supported by several prestigious funding bodies, including the Swedish Research Council, Göran Gustafsson Foundation, and the Wallenberg Center for Quantum Technology (WACQT).
Postdoctoral Researcher in Generation and Detection of Continuous Variable (CV) Squeezed Light
Designation:
Postdoctoral Fellow
Position Details:
| Category | Details |
|---|---|
| Position Type | Temporary, Full-time |
| Duration | Maximum 2 years |
| Start Date | 15th February 2025 (or as agreed upon) |
| Number of Positions | 1 |
| Work Environment | Creative, international, and dynamic working environment located at KTH AlbaNova, Stockholm. |
| Salary | Monthly salary |
| Last Date to Apply | 28th February 2025 |
Research Area:
Quantum optics, with a specific focus on:
- Continuous variable (CV) optical squeezed light generation.
- Experimental quantum communication and sensing technologies.
- Guided wave devices for advanced photonic applications.
Location:
KTH Royal Institute of Technology, Stockholm, Sweden. The position offers proximity to nature and a supportive academic/industrial environment.
Eligibility/Qualification:
Required Qualifications:
- Doctoral degree (or equivalent foreign degree) in a relevant field. Eligibility must be fulfilled by the employment start date.
- Expertise in experimental quantum optics and a proven track record of high-quality research and scientific publications.
- Ability to work independently with a goal-oriented approach.
- Strong collaboration and communication skills, proficiency in written and spoken English.
- Enjoyment of engineering challenges and experimental work.
Preferred Qualifications:
- Doctoral degree obtained within the last three years (as of the application deadline).
- Hands-on experience with continuous variable optical squeezed light technologies.
- Awareness and commitment to gender equality, diversity, and creating a supportive, multidisciplinary research environment.
Job Description:
The candidate will:
- Conduct advanced research on squeezed light generation, detection, and manipulation using guided wave devices (both commercial and in-house-developed).
- Focus on applications relevant to quantum communication and quantum sensing.
- Lead experiments in the Nonlinear and Quantum Photonics group at KTH AlbaNova.
- Contribute to the development of quantum photonic devices and systems for next-generation information, sensing, and communication technologies under the auspices of initiatives like WACQT.
How to Apply:
To apply, submit the required documents through KTH’s recruitment system before the deadline.
Required Application Documents:
- Curriculum Vitae (CV): Include relevant professional experience and academic background.
- Copy of Diplomas and Grades: Include translations into English or Swedish if the originals are in a different language.
- Statement of Research Interests: A maximum of 2 pages detailing reasons for pursuing this research, academic goals, and how they align with your expertise.
Incomplete applications will not be considered. Ensure all documents are received no later than the last date of application (28th February 2025, midnight CET).
For more information on the application process, visit KTH’s official recruitment system.
Last Date to Apply:
28th February 2025
Contact Information:
- Asst. Prof. Vaishali Adya
Email: adya@kth.se - Prof. Katia Gallo
Email: gallo@kth.se
About KTH:
KTH Royal Institute of Technology is one of Europe’s leading technical institutions, cultivating a vibrant research and teaching environment in natural sciences and engineering. Located in Stockholm, KTH offers a sustainable, inclusive, and modern campus for global researchers and students. Advanced technologies, international collaborations, and a commitment to societal impact make it one of the most prestigious institutions in the world.
Join us to contribute to groundbreaking advancements in quantum technologies!
