33 electrical PhD positions in Spain

PhD: Spintronics on strongly correlated oxide materials

Description of the offer : When a magnon propagates through a magnetic medium, no electrical charge transport is involved and hence no electrical losses occur. We aim to explore engineered

Doctoral Candidate position: Microstructure, nanomorphology formation and stability of non-fullerene acceptor active layers

degree or equivalent in Materials Science or Electrical Engineering or Physics, a very good knowledge (written & spoken) of the English language. Strong motivation and ability to collaborate in

PhD student for project Clean and efficient cooling in vaccine transportation using Rotating Magnetocaloric Effect (MAGCCINE)

of refrigerant gases, the high-power demand of active refrigeration devices in last-mile deliveries where the electricity supply is unreliable, and the significant carbon footprint of high global warming potential

PhD Student - Thermal Properties of Nanoscale Materials Group

resistive devices to conduct heat capacity, electrocaloric, and pyroelectric measurements on ultrathin FE/AFE materials during rapid cycling under fast temperature or electric field switching, or both. Main

PhD Student - Emergent Phases in Quantum Oxides (DOC-FAM)

surface/magnetic/electrical (AFM) characterization, as well as access to High resolution, aberration corrected Transmission Electron Microscopes. This is complemented with collaborations with high-profile

PhD Student Chemistry

areas and academic rank higher than 8 (over 10). . Master’s in chemistry, nanoscience and nanotechnology, or related areas already completed or to be completed during the current semester. . Candidates

PhD: Spin and Orbital phenomena for sustainable electronics

this context, nanoscale magnetism presents unique opportunities to revolutionize existing electronics. By harnessing the interplay between electron’s spin, orbital and charge properties, we can manipulate the

PhD Student - Oxide Nanophysics Group

scanning probe microscopy, as well as macroscopic electrical characterization techniques, to unveil the coupling of order parameters with strain and strain gradients in the functional membranes at different

PhD Student - Advanced Electronic Materials and Devices

: The researcher's main role will be the development of energy autonomous neural interfaces. The researcher will be in charge of the microfabrication of energy harvesting devices based on triboelectricity (TENGs) and

PhD Student - Advanced Electronic Materials and Devices

autonomous neural interfaces. The researcher will be in charge of the microfabrication of energy harvesting devices based on triboelectricity (TENGs) and their characterization under different working