Job offer

Quantum properties of hybrid organic-inorganic interfaces studied by STM
SUPERVISORS: Drs. Jorge Lobo Checa & David Serrate
CONTACT: jorge.lobo@csic.es & serrate@unizar.es
We are seeking highly motivated candidates to fill a Ph.D. position in experimental physics based on surface science and Material Science. Send us your CV, a cover letter stating your motivation and academic transcripts of your Bachelor and Master degrees.

Objective of the Ph.D. project: To produce high quality ultrathin heterostructures at their thinness limit of the unexplored family of two-dimensional magnetic insulator layered materials -the transition metal di-halides (TMDHs)- combined with planar molecular structures with atomically precise structure. The student will study the fundamental structural, electronic and magnetic properties of these heterostructures following two aspects: first, to elucidate whether the thinnest TMDH slabs
retain their long-range magnetic order and exhibit robust insulating bandgap and, second, to determine how these properties affect the organic layers fabricated on top. The organic nanoarchitechtures will be of different dimensionalities and their design flexibility will provide different fundamental quantum properties that are of fundamental interest.

Host Group: The successful candidate will work in a highly collaborative and interdisciplinary research environment. They will be continuously supervised by two senior scientists and will enjoy collaborative activities with other experts in the field. The host group combines various methods of probe microscopy and spectroscopy with a wide variety of synthesis and characterization techniques. The research institute is in Zaragoza (the fourth largest city in Spain) located practically in the middle of the three major economical regions of Spain (Madrid, Cataluña and the Basque Country).

Requirements for the position: As academic background, you should hold a Master’s degree (or equivalent) in Physics, Materials Science, Nanotechnology, or a related field. Excellent written and verbal communication skills in English. We greatly appreciate any previous experience with ultra-highvacuum techniques, scanning tunneling microscopy (STM), low-temperature experimental setups, and writing scientific software packages (e.g., MATLAB, Python, Origin, Igor, etcetera).

Se ofrece un contrato Titulado Superior por un año (renovable) para participar en el proyecto “Prueba de Concepto” PDC2021-121379-I00 financiado por el MICINN titulado: “DISPOSITIVO OPTOFLUIDICO NIR PARA ANALISIS DE LIQUIDOS (NIRFlow)” en el marco del Programa estatal de I+D+i orientada a los retos de la sociedad, del Plan Estatal de Investigación Científica y Técnica y de Innovación 2017-2020 (convocatoria
2021). Fecha de inicio: 1 marzo 2022.

El objetivo de NIRFlow es desarrollar un prototipo precomercial de análisis de fluidos en una aproximación microfluídica y con sensado óptico en el infrarrojo cercano capaz de seguir, entre otros procesos de interés industrial, la conversión de glucosa en etanol en procesos de fermentación alcohólica.

Las tareas a realizar dentro del contrato están concebidas con una aproximación multidisciplinar, y van desde el diseño a la fabricación del sistema de multicapas óptico para control de luz en el infrarrojo cercano, de la celda optofluídica de análisis correspondiente, así como el desarrollo de la interfaz para su control electromecánico y análisis de datos que permita el seguimiento de procesos en condiciones de flujo.

Esta oferta está dirigida a físicos, químicos o ingenieros que hayan superado los estudios de master. Se valorará un buen expediente, conocimientos de inglés y una formación previa multidisciplinar. Las personas interesadas deben ponerse en contacto con el Prof. Francisco Yubero del ICMS, adjuntando CV, carta de autopresentación y expediente académico.

Instituto de Ciencia de Materiales de Sevilla.
US-CSIC Américo Vespucio 49, 41092 Sevilla
e-mail: yubero@icmse.csic.es
Tel.: 954 48 95 97
https://sincaf.icms.us-csic.es/

Titulación:

Doctor en Física, Química o Ingeniería de Materiales, con especialización en el área de
Ciencia de Materiales.

Funciones:

El/la candidato/a trabajará en la línea española de radiación sincrotrón SpLine en el ESRF
(European Synchrotron Radiation Facility). Realizará tareas de investigación relacionadas
con la caracterización electrónica y estructural de láminas delgadas y ultra-delgadas de
óxidos complejos. Igualmente ofrecerá asesoramiento y soporte científico a los usuarios de la
línea en la preparación y realización de experimentos de absorción, fotoemisión y difracción
de rayos-X. Estas funciones requieren la utilización y diseño de tecnología punta e implican
una colaboración estrecha con especialistas de alto nivel en diferentes campos.

Experiencia y conocimientos:

Se valorará la experiencia en técnicas de radiación sincrotrón para caracterización de
materiales, así como el uso de técnicas de ultra alto vacío (UHV). Es indispensable la
experiencia y/o capacidad de trabajo en grupo.

Lugar de trabajo:

El lugar de trabajo será la línea española de experimentación SpLine-BM25 (“European
Synchrotron Radiation Facility”) en Grenoble, Francia. La fecha estimada de comienzo del
contrato es Marzo de 2022. El nivel de salario será equivalente al del personal igualmente
cualificado del ESRF ejerciendo actividades equivalentes.
Si está usted interesado, envíe por favor un CV a la dirección electrónica spline@esrf.fr.

Diseño y Ejecución del Experimento MuVacAS para la Instalación IFMIF-DONES

Se busca máster en física, ingeniería o química con interés en actividades experimentales y de simulación para llevar a cabo su doctorado en el experimento MuVacAS (Multipurpose Vacuum Accident Scenarios), en el
contexto de la construcción de prototipos para la implementación de la instalación IFMIF-DONES en Granada.

Este trabajo será tutelado por:
(i) Departamento de Física Atómica, Molecular y Nuclear de la UGR
(ii) Laboratorio Nacional de Fusión del CIEMAT
(iii) Oficina Técnica IFMIF-DONES de la UGR.
Inicio del contrato previsto en enero/febrero 2022.

Enlace de la Convocatoria y Solicitud:
https://investigacion.ugr.es/apoyo/nuestros-centros/ifmifdones/contratos_predoc (Marcar línea “l. Simulación de entradas eventuales de aire o agua en la cavidad del acelerador, y de rotura abrupta de la estanqueidad de la cámara de vacío del blanco” en el formulario de solicitud)

Para más información en caso de interés contactar a:
Claudio Torregrosa Martín: cltorregrosa@ugr.es
Daniel Rodríguez Rubiales: danielrodriguez@ugr.es
David Jiménez Rey: d.jimenez@ciemat.es
Plazo de Solicitud hasta el 22 de Noviembre del 2021

Más información

The Institute of Micro and Nanotechnology (IMN, CSIC) is an applied research institute with ~25 research staff and ~ 50 postdocs and PhDs integrated in the Excellence Campus CSIC-UAM. It combines the best from university and research institutions to conduct research in different areas of Nanoscience and Nanotechnology, at the intersection of Physics, Biology and Material Science.

If you are an excellent, open-minded and team-spirited R&D Engineer or Physicist willing to contribute to the Second Quantum Revolution, we invite you to apply before 23 May 2021 to the position open for:

Growth of epitaxial III-V semiconductor wafers for integrated quantum photonic devices.

Main Tasks and responsibilities: 

The maintenance and operation of ultra-high vacuum III – V Molecular Beam Epitaxy (MBE) reactors, Atomic Force Microscopes and X Ray diffractometers for fabrication and analysis of semiconductor epitaxial wafers. The applicant will participate in related daily maintenance and operation of fabrication and analysis equipment under the direct supervision of the MBE epitaxy laboratory head.

Requirements:

• Education: A BSc/technical engineering degree (mandatory), or Master degree (desirable) in material science, physics, nanotechnology, or equivalent.
• Experience: Ideally, the successful applicant has two years-work-experience in an R&D environment using physical deposition techniques such as MBE, reactive sputtering, PECVD, etc. Experience in processing and structural/morphological characterization of semiconductors and software automation of scientific equipment will be positively considered.

Job Conditions:

• 1 year duration starting on June/July 2021 (extendable according to funding and performance)
• 37.5 working hours/week
• Annual Gross Salary: 24 200 €

Selection process:

Send your updated CV and motivation letter to Cecilia Cotero at  qtep_jobs@quantimony.eu before the deadline. Please indicate the job reference QTEP-MBEQNFO1 and your name as the subject of the email

More details

We are hiring a Technical Sales Engineer specialising in UHV technology and vacuum deposition. This is a full-time, permanent position with flexible working hours and, after training, home office working. This role offers the candidate the opportunity to work directly with leaders in a wide range of high-tech industries. You will have the chance to drive significant growth for the company and the role offers the opportunity for significant commission. You will join a company with a flexible and agile working culture which supports work-life balance. You will have the chance to work autonomously and independently with the opportunity to take part in key company decisions and help define your own career development. Further responsibilities include:

– Identify opportunities for growth and lead the execution of partnerships with new clients.
– Take a consultative approach to sales, offering a strategic perspective and knowledge expertise.
– Help to define the strategy for growth and be involved in key company decisions.
– Engage and maintain close relationships with existing clients to ensure customer satisfaction and revenue
growth.
– Represent the company at trade shows and other in-person events.

The ideal candidate will be an ambitious individual with a keen interest in keeping up-to-date with the most exciting and state-of-the-art vacuum technologies. Further requirements include:

– A proactive and autonomous mindset.
– Valid driving license.
– Strong written English skills.

Avactec will provide the necessary training for success and access to cutting-edge resources.

This role comes with the opportunity to generate large growth in a flexible, agile working environment. You will gain exposure to exciting clients in industry, academia, and leading suppliers across the globe. You will also get the chance to shape this role based on your own experience, strengths, and career vision.

If interested in applying for this position, please send your CV to jobs@avactec.es with SE_MAD02_21 in the subject line.

1. Design of 1D nanoarchitectures for energy harvesting
2. Synthesis and reactor/vacuum systems design
3. Postdoc position in modelling of energy harvesting systems

Postdoctoral positions available at the Materials Science Institute of Seville at the Nanotechnology on Surfaces and Plasma group to start in September 2020 (negotiable).

We are looking for motivated candidates with a PhD in Material Sciences, Physics or Chemistry, with background on device assembly based on low-dimensional materials. The ideal candidate will be somebody with expertise in nanowires, core@shell and core@multishell nanoarchitectures for energy harvesting and its characterization.

The research will be part of the “3DSCavengers” project, a recently awarded ERC Starting Grant devoted to the “Three-dimensional nanoscale design for the all-in-one solution to environmental multisource energy scavenging” (IP Ana Borrás Researcher ID 24576439600).

If interested submit a single pdf document to anaisabel.borras@icmse.csic.es containing: cover letter (1 page)/ CV (2 pages)/ 3 references (no letters at this point). Deadline May 2020.