Sensoric and Magnetometry 2026

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The aim of the conference is to exchange information on research and development in the field of sensors and their applications, primarily in the area of magnetic materials, magnetometry, and the measurement of various indirectly determined quantities. The conference is thematically focused on research into new magnetic materials, research into the physical properties and applications of magnetic microwires, magnetic measurements, research and development of sensors and measuring systems, sensor testing and calibration, and applications of magnetometry in a wide range of practical fields, including UAVs and their sensor systems.

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Transformation of Science Education in the Era of Generative AI: Tools, Practice, Risks, Future Scenarios

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The aim of the event is to introduce attendees, through an expert lecture and a seminar, to how generative AI has genuinely affected education over the past three years, from what and how we teach to how students work, think, and submit their outputs. The starting point is more than three years of first-hand experience using AI in courses at UPJŠ. Using concrete examples from practice, the lecture will demonstrate where AI brings measurable added value for both teachers and students, where it creates new risks (especially in assessment and academic integrity), and what role it may play in transforming teaching in the coming years.

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Sensoric and magnetometry 2025

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The aim of the conference is to exchange information on research and development in the field of magnetic materials, magnetometry, and sensor technology. The conference is thematically focused on the research of new magnetic materials, the study of physical properties and applications of magnetic microwires, magnetic measurements, research and development of sensors and measurement systems, sensor testing and calibration, applications of magnetometry in various practical fields, as well as UAVs and their sensor systems.

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Study of the Structure of Chemically Gradient Thin Films

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Thin films prepared with a compositional gradient represent a materials library suitable for studying structure formation and measuring material properties across a wide range of chemical compositions. The motivation for obtaining the structural composition of the materials library is the applicability of the thin film on a polyimide substrate for flexible electronics. Structural analysis was carried out using photon diffraction in transmission mode at the synchrotron radiation source on beamline ID-22 at ESRF, with micro-focusing of the beam to 0.5 x 0.5 mm² to ensure local characterization.

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The Path to Direct Measurement of the Magnetocaloric Effect in Microscopic Samples

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Most research on magnetocaloric materials is based on the principle of indirect calculations from magnetic measurements. However, these do not allow for the determination of many practically significant properties, such as the rate of heat transfer. The experimentally non-trivial method of direct measurement of the magnetocaloric effect opens up new possibilities for the evaluation of magnetocaloric materials and provides information on key properties essential for their practical application.

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