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The Centre for Superconductivity, Spintronics and Surface Science (C4S) is a research centre witihin the Technical University of Cluj-Napoca (member of the EUt+ consortium). Within EUt+, the C4S research staff have recently become part of the European University of Technology Institute of Nanomaterials and Nanotechnologies, EUTINN.
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The Centre has longstanding expertise in superconducting, magnetic, and oxide thin films grown both by physical and chemical methods. Within the Superconductivity axis, the major topic relates to the YBa2Cu3O7 high-temperature superconducting epitaxial thin film fabrication technology using chemical methods and related topics: oxide buffer layer templates, artificial pinning centers and flux pinning studies. The second topic, Spintronics and Spinorbitronics, involves thin film elaboration, device patterning, magneto-opto-electric characterization, to fabricate and study novel devices by employing materials with tailored interface functionalities. The Materials Chemistry research axis focuses on the synthesis of a wide area of complex materials in different forms (thin films, nano-particles, powders). They cover a large spectrum of applications including, but not restricted to superconductivity and magnetism. Since the Center focuses on developing systems with reduced dimensionality, i.e., thin films and nano-particles, Surface Science is an intrinsic aspect of our research.
News
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04.09.2025
We are proud to share that our colleague Elena STETCO recently represented our team at the Joint European Magnetic Symposia (JEMS 2025) in Frankfurt. Elena delivered a talk on “Geometry-Controlled Asymmetric Diode and Routing Functionalities in Spin-Orbit Torque Driven Domain Wall Devices”, showcasing our latest research on novel functionalities in spin-orbitronic devices. In addition, Elena also served as a session chair at the conference—another recognition of their expertise and contributions to the field. Congratulations on this achievement! |
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10.06.2025
We were excited to host the 2025 Intermediate Meeting of the Iron- based Superconducting Wires for Fusion (ORION) - Eurofusion project. Together with our colleagues from ENEA (Rome, Italy), CNR SPIN (Genoa, Italy) and INCD-FLPR (Bucharest, Romania) we presented our progress on the activities of the project. |
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27.10.2024
We are happy to announce the publication of the paper Diode and Selective Routing Functionalities Controlled by Geometry in Current-Induced Spin–Orbit Torque Driven Magnetic Domain Wall Devices by E. Stetco, T. Petrisor Jr., O. A. Pop, M. Belmeguenai, I. M. Miron, and M. S. Gabor in Nano Letters 2024, 24, 44, 13991–13997 (DOI: 10.1021/acs.nanolett.4c03339) |
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09.09.2024
Our Ph.D. student Elena STETCO defended her Ph.D. thesis From Giant Magnetoresistance Spintronic Sensors to Novel Functionalities in Spinorbitronic Devices, in front of the jury composed of: Prof. dr. Dorin PETREUS, Prof. dr. Ovidiu Aurel POP, Dr. Lucian PREJBEANU, Dr. Adrian DINESCU, Prof. dr. Mihai DIMIAN and Dr. Mihai GABOR. Congratulations Elena 🎓! |
07.06.2024
Two contributions were presented by our colleagues R. B. Sonher and M. Nasui at the 2024 Spring Meeting of the European Materials Research Society (E-MRS) entitled: Chemical design of magnetoelectric GaFexOy epitaxial thin films (M. Nasui, R. B. Sonher, T. Petrisor Jr., E. Ware, L. Ciontea, and A. Mesaros) and Growth of Gd2O3 and Eu3+-doped Gd2O3 thin films obtained by chemical solution deposition (R. B. Sonher, M. Nasui, T. Petrisor Jr., L. Ciontea, and A. Mesaros). |
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24.05.2024
Our Ph.D. student Cristina DAVIDAS presented the paper Noise measurement system based on the cross-correlation method (C. Davidas, O. A. Pop, L. Viman, E. Stetco, and T. Petrisor Jr.) at the 47th International Spring Seminar on Electronics Technology (ISSE 2024) held in Prague (Czech Republic). Keep up the good work, Cristina 👍! |
04.09.2023
Our Ph.D. student Elena STETCO was awarded BEST POSTER FINALIST at the 13th Joint European Magnetic Symposia (JEMS 2023) held in Madrid (Spain). The poster was entitled Asymmetric diode-like behaviour controlled by geometry in current-induced spin-orbit torque driven domain wall devices (E. Stetco, T. Petrisor Jr., O. A. Pop, I. M. Miron, and M. S. Gabor). Congratulations Elena🎉! |
