A researcher in training who does his thesis at INMA has at his disposal the possibility of joining a reference research group, access to large research facilities, participate in conferences, seminars, lectures, have the ability to grow professionally to be oriented to the world of research in the company or in reference institutions, contact with the leading professionals in nanoscience and materials science research worldwide, ….
The aim of the institute is to attract talent to enhance their careers and to develop a highly competent scientific career. To this end, all selection processes are based on criteria of merit and ability.
If you are interested in doing a thesis with us, you can check the research pages of our website, the information of the groups and the section of job offers and grants and contact the researchers to consult what you need.
The doctoral programs in which INMA members participate are developed within the Doctoral School of the University of Zaragoza and are as follows:
Topic: Wavelength-selective neutron imaging and tomography techniques to study batteries under real operando conditions
Supervisor: Ángel Larrea Arbáizar
Programme: Physics
Research area: Fuel cells and batteries
Contact: alarrea@unizar.es
Topic: Growth and characterisation of 3d-5d oxide multilayers for spintronic devices
Supervisors: Mª Ángeles Laguna Marco and Myriam Haydée Aguirre
Programme: Physics
Research area: Magnetic materials for spintronics and low-power electronics
Contact: M.Angeles.Laguna@unizar.es / maguirre@unizar.es
Topic: Antidot nano-arrays for magnonics and logic applications
Supervisors: Julia Herrero Albillos and Fernando Bartolomé Usieto
Programme: Physics
Research area: Magnetic materials for spintronics and low-power electronics
Contact: Julia.Herrero@unizar.es / bartolom@unizar.es
Topic: Integration of molecular qubits, radicals and proteins for the fabrication of spin quantum processors
Supervisor: Ana Isabel Gracia Lostao
Research Group: Quantum Materials and Devices (QMD)
Research area: Singular Experimental Technologies / Nanofabrication and Advanced Microscopy / Nanobiomedicine
Contact: aglostao@unizar.es
Topic: Advanced In Situ TEM Studies on Carbon and Related Nanostructures
Supervisor: Raúl Arenal
Programme: Physics
Research Group: Nanoscopy on Low Dimensional Materials (NLDM)
Research area: New Phenomena at the Nanoscale / Nanofabrication and Advanced Microscopy
Contact: arenal@unizar.es
Topic: Solid-State Lithium Batteries Based on Hybrid Electrolytes
Supervisors: Alodia Orera Utrilla and Marta Haro Remón
Programme: Physics / Chemical Engineering
Research Group: Processing and Characterisation of Structural and Functional Ceramics (ProCaCef)
Research area: Materials for Energy and the Environment (MEM)
Contact: aorera@unizar.es / mharo@unizar.es
Topic: Plasmonic Nanostructures and Raman-SERS Spectroscopy for the Identification of Pathogenic Agents in Bioaerosols
Supervisor: María Pilar Pina Iritia
Programme: Chemical and Environmental Engineering
Research area: Singular Experimental Technologies / Chemical Microsensors and Contactors Based on Nanostructured Materials
Contact: mapina@unizar.es
Topic: Design, Synthesis and Characterisation of Optoelectronic Devices at the Atomic and Molecular Scale
Supervisors: David Serrate Donoso and Jorge Lobo Checa
Programme: Physics
Research area: New Phenomena at the Nanoscale
Contact: serrate@unizar.es / jorge.lobo@csic.es
Topic: Quantum Properties of Individual Spins on Surfaces
Supervisor: David Serrate Donoso
Programme: Physics
Research area: New Phenomena at the Nanoscale
Contact: serrate@unizar.es
Topic: [Title to be confirmed]
Supervisors: José María de Teresa Nogueras and César Magén Domínguez
Programme: Physics
Research area: Singular Experimental Technologies / Nanofabrication and Advanced Microscopy
Contact: deteresa@unizar.es / cmagend@unizar.es
Topic: Matryoshka-like Nanoformulations for Sustained Therapeutic Delivery
Supervisors: Silvia María Hernández Aínsa and Jesús del Barrio Lasheras
Programme: Organic Chemistry
Research Group: Liquid Crystals and Polymers (CLIP)
Research area: Synthesis, Processing and Scale-Up of Advanced Functional Materials (SPE)
Contact: silviamh83@unizar.es / jdb529@unizar.es
Campus San Francisco, Facultad de Ciencias
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