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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Magnetic Fluids and Magnetic Microwires: Functional Materials for Optical and Optosensoric Applications

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The aim of the event is to introduce attendees, through an expert lecture and a seminar, to the magnetocaloric effect in the special TmB4 system. The micro-scale structures formed from magnetic fluid nanoparticles by an external physical field, and the transverse dimensions of magnetic microwires, fall within the range in which the interaction of such objects with electromagnetic radiation in the UV, VIS, and NIR regions of the spectrum can be observed, most often in the form of scattering and diffraction of optical radiation. These phenomena make it possible to study, for example, the size of nanoparticles in a fluid and the viscosity of the liquid component of a magnetic fluid, or to control the transverse dimensions of a microwire during its manufacturing process.

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Extension of the Jiles-Atherton Model for Soft Magnetic Composite Materials with Regard to the Specifics of Their Magnetization

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The aim of the event is to introduce attendees, through an expert lecture and a seminar, to the application of the Jiles-Atherton model to soft magnetic composite materials (SMCs). SMCs belong to the class of soft magnetic materials that are prepared by insulating ferromagnetic powders with dielectric layers and then compacting them into various final core shapes. They exhibit high frequency and field stability of magnetic permeability, high saturation magnetic polarization, and low dynamic energy losses, which is why they are widely used in practice as cores in electric motors, generators, inductors, transformers, and other electromagnetic components.

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Giant Mechanical Strain Induced by a Magnetic Field

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The aim of the event is to introduce attendees, through an expert lecture and a seminar, to the phenomenon of giant mechanical strain (deformation) induced by a magnetic field in magnetically active materials. It explains the fundamental physical mechanisms and the factors influencing the magnitude and reversibility of this effect. Attention is also given to experimental results and potential applications in actuators and smart systems.

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Actuators based on magnetic microwires

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The aim of the event is to introduce attendees, through an expert lecture and a seminar, to miniaturized actuators based on magnetic Ni-Fe-Ga microwires. Their importance is growing with current developments in robotics, optics, biomedicine, and precision engineering in general. These microactuators, which use shape-memory alloys, offer a repeatable relative elongation of up to 12% and a tunable transition temperature between -170 °C and 400 °C. Their long-term lifetime exceeds 9×10⁶ cycles, and they withstand a repeatable stress of 100 MPa.

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Phase Transformations in Austenitic Steels and Their Monitoring through Barkhausen Noise

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The lecture presents research in the field of Barkhausen noise in austenitic steels, where martensite is formed through deformation processes. This phase transformation is also associated with the transition from a paramagnetic phase to a ferromagnetic one. Regarding plastic deformation, processes such as simple tension, dynamic strengthening of materials, rolling, friction, as well as long-term combined loading of a ship propeller are presented. The presentation highlights the importance of exchange interaction between individual martensitic regions, as well as the dominant influence of the amount of deformation-induced martensite on Barkhausen noise.

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Sensoric and magnetometry 2024

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The aim of the conference is to inform about research and development in the field of magnetic materials, magnetometry and sensorics. The conference is thematically focused on research of new magnetic materials, research of physical properties and application of magnetic microdrouses, magnetic measurements, research and development of sensors and measuring systems, testing and calibration of sensors, application of magnetometry in various areas of practice, UAVs and their sensorics.

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Magnetocalorical phenomenon in the so -called. “Tablet-like” systems

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The lecture content will be closer to some principles of increasing cooling capacity Magnetoraloris mainly due to the development of multifasic materials for which the change of magnetic entropy shows a characteristic “multi -pink” course.

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Magnetic processes and magnetic properties of powder compact and composite materials

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The aim of the event is to acquaint the present with the preparation of magnetically soft composite powder and composite materials based on iron and researching in the stationary and alternate magnetic fields through a professional lecture and seminar.

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