Quantum Simulation with Ultracold Dysprosium atoms
Job Vacancy
Research Field: Physics
Sub Research:
Job Summary
The DIPC, in collaboration with Ikerbasque (Basque Foundation for Science – www.ikerbasque.net
), is seeking an experienced experimental physicist to join the Quantum Science Lab and lead a new research line on quantum simulation with dysprosium atoms.
The project will be integrated into the Lab’s activities under F. Ferlaino and M. Mark, in close collaboration with the local quantum theory group and international partners.
This position offers the opportunity to drive the scientific and technical development of a cutting-edge quantum experiment from its early stages and help shape its strategic direction.
An Ikerbasque Research Fellow position is offered in Donostia–San Sebastián, with strong institutional support to establish a stable and impactful research program.
Job Description & Benefits
Description:
KEY RESPONSIBILITIES
- Take a central role in developing a novel research line within the Quantum Science Lab on quantum simulation with high connectivity using long-range interacting particles.
- Responsible for developing new advanced experimental technique of diagnostic and manipulation of ultracold atoms.
- Develop and expand collaborations with theoretical groups and well development of numerical toolbox to simulate magnetic atom is optical lattices in line with strategic objectives.
- Mentor and co-supervise PhD students, postdocs, and junior researchers involved in the experimental effort.
- Actively contribute to scientific publications, funding proposals, scientific reporting, and dissemination activities.
- Proactively develop strategic partnerships and collaborations with national and international scientific groups, both theoretical and experimental.
- Contribute to building a cohesive and innovative research environment within the Quantum Science Lab and the wider DIPC community.
- Managing the administrative tasks related to the laboratory operations.
While the overarching scientific direction will be jointly defined with the lab PI, the position offers significant autonomy, creative freedom, and leadership opportunities in shaping the evolution of the experiment and its impact.
REQUIREMENTS
- A PhD in experimental AMO quantum physics (to be completed before 31.12.2023).
- Demonstrated ability to lead and carry out advanced experimental research in quantum simulation.
- Proven experimental experience in operating complex experimental setups involving optical lattices, cavity-enhanced architectures and quantum gas systems.
- Specific expertise in working with complex multi-electron atoms (e.g., lanthanides), with a focus on magnetic species such as dysprosium, erbium, or related elements.
- Strong technical proficiency in laser systems, vacuum technology, and electronic control systems.
- Ability to develop and perform numerical simulations of ultracold quantum gas systems.
- Strong programming skills for developing experiment control systems.
- Experience in supervising and mentoring graduate and/or undergraduate students in an experimental research environment.
- Strong publication record in high-quality international peer-reviewed journals.
- Willingness to develop and lead competitive research proposals for international funding programs (e.g., ERC, Horizon Europe, national agencies).
- Excellent communication skills and a strong motivation to work in an international, collaborative research environment.
- Commitment to contributing to a long-term, high-impact scientific vision, and to collaborating closely with the principal investigator in shaping the strategic direction of a major quantum experiment.
- Very good command of English, both written and spoken, for effective scientific communication and collaboration.
KEY RESPONSIBILITIES
- Take a central role in developing a novel research line within the Quantum Science Lab on quantum simulation with high connectivity using long-range interacting particles.
- Responsible for developing new advanced experimental technique of diagnostic and manipulation of ultracold atoms.
- Develop and expand collaborations with theoretical groups and well development of numerical toolbox to simulate magnetic atom is optical lattices in line with strategic objectives.
- Mentor and co-supervise PhD students, postdocs, and junior researchers involved in the experimental effort.
- Actively contribute to scientific publications, funding proposals, scientific reporting, and dissemination activities.
- Proactively develop strategic partnerships and collaborations with national and international scientific groups, both theoretical and experimental.
- Contribute to building a cohesive and innovative research environment within the Quantum Science Lab and the wider DIPC community.
- Managing the administrative tasks related to the laboratory operations.
While the overarching scientific direction will be jointly defined with the lab PI, the position offers significant autonomy, creative freedom, and leadership opportunities in shaping the evolution of the experiment and its impact.
REQUIREMENTS
- A PhD in experimental AMO quantum physics (to be completed before 31.12.2023).
- Demonstrated ability to lead and carry out advanced experimental research in quantum simulation.
- Proven experimental experience in operating complex experimental setups involving optical lattices, cavity-enhanced architectures and quantum gas systems.
- Specific expertise in working with complex multi-electron atoms (e.g., lanthanides), with a focus on magnetic species such as dysprosium, erbium, or related elements.
- Strong technical proficiency in laser systems, vacuum technology, and electronic control systems.
- Ability to develop and perform numerical simulations of ultracold quantum gas systems.
- Strong programming skills for developing experiment control systems.
- Experience in supervising and mentoring graduate and/or undergraduate students in an experimental research environment.
- Strong publication record in high-quality international peer-reviewed journals.
- Willingness to develop and lead competitive research proposals for international funding programs (e.g., ERC, Horizon Europe, national agencies).
- Excellent communication skills and a strong motivation to work in an international, collaborative research environment.
- Commitment to contributing to a long-term, high-impact scientific vision, and to collaborating closely with the principal investigator in shaping the strategic direction of a major quantum experiment.
- Very good command of English, both written and spoken, for effective scientific communication and collaboration.
Benefits:
Additional details:
https://www.ikerbasque.net/en/calls/quantum-simulation-ultracold-dysprosium-atoms
https://www.ikerbasque.net/en/calls/quantum-simulation-ultracold-dysprosium-atoms
Job Details
Program:
No
SESAM Number:
Type of Contract:
Temporary
Profile:
Recognised Researcher (R2)
Status:
Full-time
Hours/Week:
35
Company:
DIPC
Location:
Donostia - San Sebastian
SPAIN
Organization Contact
Name:
Ikerbasque - Basque Foundation for Science
Type:
Academic
Dept/Lab:
Address:
Donostia - San Sebastian Gipuzkoa SPAIN
Email:
Website:
Phone/Fax:
