2025 Ana . Physicist currently in the final stage of a PhD at the Complutense University of Madrid and IMDEA Nanoscience. The research focuses on topological effects in low-dimensional magnetic and superconducting systems. Holds a Master’s degree in Nanomaterials and Advanced Materials.
Research experience includes low-temperature transport measurements, local probe microscopy, and magnetic force microscopy with applied fields, carried out during stays at INAMOL-Toledo and CEA-Park Systems in Grenoble. At the Institute of Materials Science - ICV/CSIC and the Rocasolano Institute - CSIC in Madrid, performed in-situ characterization of thin-film oxides.
2025 Magnetic Characterization of Permalloy Nanodome Surfaces on Flexible PEEK/TiO2 Vertical Nanotubes Composites. IEEE TRANSACTIONS ON MAGNETICS
Martín-Rubio, C; Rivelles, A; Schneider... [+]
2025 Magnetic Actuation Under DC and AC Fields of Thermoplastic Polyurethane With Strontium Hexaferrite. Advanced Materials Technologies da Silva, Mariana Martins; Covas, Jose Antonio; Paiva... [+]
2025 Reversible magnetic soft actuators made of thermoplastic polyurethane and yttrium iron garnet. RSC Applied Polymers Martins da Silva, M ; Rivelles, A ; Covas... [+]
2024 Postdoctoral Position in characterization of magnetic nanodevices and films. Fabricación de Nanodispositivos en sala blanca - Fabrication of nanodevices in clean-room. Caracterización de los dispositivos con medidas de transporte -Characterizacion with transport measurements of the devices. Caraterización de materiales magnéticos con medidas FORC - Magnetic characterization with FORC measurements. Construir sistemas de medida y conexión con Labview - Setting measuring rigs using Labview. Simulaciones con MuMax y COMSOL - Simulations with MuMax and COMSOL
2024 Spin valve films and strips in close proximity to a magnetic multilayer with perpendicular anisotropy. Prieto Martín, José Luis
2024 Zahia Ferhat PhD viva. Next Friday 6th of September 2024, ISOM/APOSTROFE/s student Ms Zahia Ferhat, will have her PhD thesis defence at ETSIT/APOSTROFE/s Salón de Grados room, starting 15:00. The title of her thesis is "Spin valve films and strips in close proximity to a magnetic multilayer with perpendicular anisotropy". It has been supervised by Prof. José Luis Prieto.
2024 Fabrication and characterization of magnetic devices: from space applications to spintronics. Sanz Lluch, Mª Mar,
Maicas Ramos, Marco
2024 Alejandro Rivelles PhD viva. Mr Alejandro Rivelles García will have his PhD viva next 5th of September 2024 at 15:00, in the Salón de Grados Room, ETSIT Building A.
Title: Fabrication and characterization of magnetic devices: from space applications to spintronics
Supervisors: Dr María del Mar Sanz Lluch and Dr Marco César Maicas Ramos.
2024 Seminar on semiconductor fabrication by PhotonExport. It is a pleasure to invite you to the following seminar: Making light work with semiconductor fabrication process.
Seminar given by Dr. David Lishan on July 15, 2024 at 10:00 in SALA DE GRADOS of Building A of the ETSIT-UPM. Please find attached the invitation to the event.
Dr David Lishan will explore plasma fabrication technologies and their use in applications spanning the electromagnetic spectrum. Examples using plasma etching and deposition processes will be Highlighted.
Please register for free here:
https://short.upm.es/sldac
Bio from Dr. David Lishan:
After receiving my undergraduate degree in Chemistry from UC Santa Cruz and Ph.D. from UC Santa Barbara in Solid State Electrical Engineering I worked and published on a wide range of material,
semiconductor, and chemistry R&D projects in the areas of lithography, photochemistry, x-ray mask fabrication, PVD, and plasma processing. During over 25 years at Plasma-Therm I had business unit management and worldwide marketing responsibilities as well as managing the development and release of the plasma dicing system.
David Lishan, Ph.D. In roles as Principal Scientist and director in technical marketing, I organized and presented plasma processing workshops at over 50 leading institutions and companies throughout the world. My primary focus is on the application of plasma processing for R&D, MEMS, photonics, data storage, power, and compound semiconductor applications. I am currently PhotonExport ́s consultant for PhotonExport Semiconductor talks/education Services. I hold three patents in the area of semiconductor processing and have over 60 publications and conference presentations.
2024 Control of the movement of magnetic Domain Walls by Surface Acoustic Waves. ICM 2024 Rivelles, A.; Guedas, R.; Yanes... [+]
2024 Enrique . Bachelor student on Materials Engineering Degree (ETSI Caminos, Canales y Puertos) and developing his Final Degree Project "Estudio de las condiciones de medida en un experimento del efecto del campo magnético en un haz de electrones libres" with the guidance and collaboration of researchers from GDM.
2024 Alejandro. Bachelor/APOSTROFE/s and Master/APOSTROFE/s degree in Telecomunications engineering (ETSIT-UPM), and currently finishing a Bachelor´s degree in Physics (UNED) . He is a PhD candidate within the Group of Magnetic Devices, working on fabrication and characterization of magnetoacoustic devices (SAW/Spintronic devices), and on magnetic FORC measurements and simulations.
2023 Dinámica de paredes magnéticas sobre dispositivos SAW. ISO.MSL.002
2023 Manuel. Assistant Professor at ETSIDI-UPM since 2024 and researcher in the ISOM Magnetic Devices group.
PhD in Physics with 3 years of postdoctoral experience at DESY-NanoLab (Hamburg).
From 2018 to 2024, served as Clean Room Chief Engineering Manager at ISOM-UPM, responsible for the development, fabrication, and supervision of micro- and nanodevices for both in-house research and external users through the MicroNanoFabs-ICTS node.
2023 Nanobiomedical Applications. Encompasses several topics of interest to the biomedical community such as optical biosensors based on transparent conductive oxides nanomagnetic particles for biomedical applications and also biosensors based on graphene
2023 Permanent magnets. ISOM uses nanotechnology to drive very common elements such as Iron to perform as permanent magnets Also growing multilayers we can optimize magnetic structures to perform as permanent magnets in electronic circuits
2023 Quantum Communications. Quantum technologies are set to be a major technolocical revolution soon and ISOM is involved in activities about quantum communications among other the development of integrated and compact single photon devices an also research on nanomagnetic devices
2023 Spintronic devices and storage technologies. Quantum technologies are set to be a major technolocical revolution soon and ISOM is involved in activities about quantum communications among other the development of integrated and compact single photon devices an also research on nanomagnetic devices
2023 Magnetic Analysis .
