Marketing Manager

Eusko Jaurlaritza - Gobierno Vasco; Cárcer; Presencial; EUR 30.000 - 60.000; Jornada completa

Descripción de la vacante

Una institución líder en investigación busca un postdoctorado para unirse al emocionante proyecto DarkQuantum. Este rol involucra el desarrollo de haloscopios de axiones y sensores cuánticos, así como la simulación y análisis de datos. Los candidatos disfrutarán de un entorno de investigación vibrante y tendrán la oportunidad de liderar tareas de investigación y representar al grupo en conferencias internacionales. Con un contrato de dos años y un salario competitivo, esta posición es ideal para aquellos apasionados por la física de partículas y las tecnologías cuánticas, que buscan contribuir a proyectos innovadores y de alto impacto en la comunidad científica.

Servicios

Recursos para asistir a conferencias

Oportunidades de docencia

Entorno de investigación vibrante

Acceso a infraestructura de investigación adecuada

Formación

• Se requiere un doctorado en física o un campo relacionado.
• Experiencia en física de partículas experimental y tecnologías cuánticas es esencial.

Responsabilidades

• Desarrollo de haloscopios de axiones y sensores cuánticos para el proyecto DarkQuantum.
• Gestionar paquetes de trabajo y supervisar a estudiantes y técnicos.

Conocimientos

Física de partículas experimental

Tecnologías cuánticas

Habilidades de laboratorio

Habilidades de análisis de datos

Trabajo en equipo

Habilidades de presentación

Educación

Doctorado

Herramientas

Instrumentación de RF

Cryogenia

Descripción del empleo

Duration: 2-3 year contract

The Centro de Astropartículas y Física de Altas Energías (CAPA) is a leading institution in the search for dark matter, among other research topics. In particular, the host group of the current position at CAPA has a leading role in the International Axion Observatory (IAXO) experiment, as well as in the RADES project. The near-term goal of the IAXO collaboration is the construction and operation of BabyIAXO, an intermediate stage to serve as a prototype of the final IAXO systems, but already with a relevant physics program in itself. BabyIAXO is under construction at DESY, Hamburg. Its primary aim is the detection of axions emitted by the Sun, although its 10-m long magnet could host other types of setups. Axions are particles hypothesized to solve the strong-CP problem of the Standard Model of Particle Physics. They are also very motivated candidates to compose the missing Dark Matter of the Universe. The RADES project aims at developing new variants of the axion haloscope technique to directly detect axions from our dark matter halo. Part of the RADES program will take place inside the BabyIAXO magnet. The DarkQuantum ERC-SyG project recently awarded aims at developing novel quantum sensing techniques and applying them to the RADES axion haloscopes. The resulting quantum-enhanced RADES setups could enjoy unprecedented sensitivity to dark matter axions. Some of the sensors to be developed within the project are expected to be installed underground in the Laboratorio Subterráneo de Canfranc (LSC). The DarkQuantum project will be carried out within the RADES international collaboration, and in particular in connection with experts in quantum technologies, like ENS-Paris, Aalto University, and Karlsruhe Institute of Technology.

Position:

The position here offered is intended to reinforce the leadership role of the CAPA group in the DarkQuantum project, which involves the development of axion haloscopes, quantum sensors, and the corresponding ancillary systems, cryogenics, RF readout, and electronics. It will also include simulation and data analysis tasks. The work will be done in close connection with the rest of the members of the RADES and IAXO international collaborations, including first-level institutions like DESY (Hamburg), MPP (Munich), or CERN (Geneva). This is a partial call for positions of the ERC-SyG DarkQuantum project. Additional calls are foreseen for a later moment of the project.

The candidate is expected to engage in central aspects of the DarkQuantum project, take important responsibilities, and in doing so enjoy high visibility in the RADES and IAXO collaborations. He/she will have the opportunity to lead particular research tasks and present their work and represent the group/collaboration in international conferences.

Benefits:

The post-doc position is two-year Unizar postdoctoral research contracts (N1 level), with a salary equivalent to Ramón y Cajal senior researcher figure in Spain. The candidate will have resources to perform visits and attend conferences and meetings related to their work. He/she will be allowed to reserve a small fraction of his/her work time (about 20%) to develop research topics of their own initiative in relation to the wider research portfolio of the host group. The candidate will enjoy a lively research environment at CAPA as well as in the IAXO and RADES international collaborations. The DarkQuantum project ensures adequate resources in terms of research infrastructure and equipment during all the postdoctoral period.

In addition, if interested, he/she will have the opportunity to participate in outreach and teaching activities of the department, the latter within the University rules for the involvement of researchers in teaching duties, and always with sufficiently low intensity so as not to endanger the main research activity.

Candidates:

• A Ph.D. is required;
• We seek excellent and motivated candidates with experimental particle physics and/or quantum technologies background;
• We will value previous experience in laboratory and analysis skills related to quantum sensing, like cryogenic, RF instrumentation, etc.;
• Generic expertise in instrumental developments and software knowledge is also valued;
• The post-doc candidate will be expected to take important responsibilities in RADES, manage work packages, and supervise the work of students and technicians. For these, we will value proof of independence, teamwork, and presentation skills.
• Two letters of recommendation to be sent to the same address upon request.