About
I am an experimental physicist working at the interface between condensed matter physics, materials science and nanodevice engineering. My research focuses on how spin, orbital and topological degrees of freedom can be generated, detected and controlled in quantum materials and thin-film heterostructures.
My work combines material growth and device fabrication with advanced electrical, magnetic, microwave and optical characterization methods, including ferromagnetic resonance, spin pumping, magnetotransport, magneto-optical Kerr effect, XMCD and synchrotron-based spectroscopy.
Research
My research aims to understand and exploit angular-momentum conversion, magnetization dynamics and topology-driven electronic phenomena in functional materials and heterostructures.
Spin and orbital transport
Electrical and microwave detection of spin-charge and orbital-charge conversion in quantum materials, oxides and low-dimensional systems.
Topological quantum materials
Thin-film heterostructures based on topological insulators, semimetals and symmetry-protected materials for spintronic and orbitronic functionalities.
Magnetization dynamics
Ferromagnetic resonance, spin pumping, damping engineering and microwave spectroscopy in magnetic multilayers and functional interfaces.
Magneto-optical detection
High-sensitivity MOKE approaches for detecting current-induced spin accumulation, magnetic dynamics and interfacial spin-orbit effects.
Oxide electronics
Orbital current phenomena and spin-orbit torque effects in transition-metal oxides and oxide-based heterostructures.
Device-oriented physics
Experimental routes toward magnetic switching, angular-momentum transfer and material platforms for low-power information technologies.
Selected publications
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Experimental platforms
Magnetic resonance and microwave spectroscopy
Development and use of broadband ferromagnetic resonance and spin-pumping platforms for thin films, heterostructures and magnetic devices.
Magneto-optics
Magneto-optical Kerr effect measurements for current-induced spin accumulation, magnetic hysteresis and dynamic magnetic responses.
Synchrotron-based methods
Use of XMCD, ARPES and related spectroscopies to connect electronic, magnetic and topological properties with device-level functionality.
Transport and nanodevices
Magnetotransport, spin-charge conversion measurements and device fabrication for spintronic and orbitronic heterostructures.
Software and tools
I also develop custom software for data acquisition, magnetic resonance analysis, fitting routines and experimental control.
FMR analysis
Tools for visualizing, fitting and comparing ferromagnetic resonance spectra, linewidths and resonance fields.
Data acquisition
Custom interfaces for laboratory instrumentation, magnetic-field control and automated measurement workflows.
Scientific plotting
Scripts and graphical tools for clean data visualization, export-ready figures and reproducible analysis.
Contact
Email: your.email@institution.org
Links: Google Scholar · ORCID · LinkedIn · GitHub
Location: Barcelona, Spain