Research Areas:
| # | Research Area | Scientific discipline |
|---|---|---|
| 441 |
I invite doctoral students and researchers interested in harnessing the latest technologies in medicine to collaborate. My work is interdisciplinary, offering the opportunity to engage in both fundamental and applied research. The goal is not just to hone your analytical and programming skills b… More
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Information and Communication Technology |
| 442 |
My scientific interests include the organic and supramolecular chemistry, mostly related to the design of novel chemical molecular receptors based on polyaromatic compounds. Research works merge the preparative organic chemistry with the studies on non-covalent interactions of the designed compo… More
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Chemical-Sciences |
| 443 |
Building a semiconductor-device model for Monte Carlo simulation takes a large set of nominally identical structures to be electrically characterized. This can be impossible in the case of experimental devices or those working in non-standard conditions, e.g. at extreme temperatures. Generative … More
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Automation, Electronics, Electrical Engineering and Space Technologies |
| 444 |
More
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Architecture and Urban Planning |
| 445 |
The power system must maintain a balance between demand and supply of electricity at all times. In most solutions used around the world, this balance is achieved by using various types of market systems. However, due to changes in the way electricity is produced and consumed, these systems are u… More
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Automation, Electronics, Electrical Engineering and Space Technologies |
| 446 |
Forecasting and estimating the condition of power grids. Optimization in the power industry. Research on new forecasting methods resistant to data deficit. More
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Automation, Electronics, Electrical Engineering and Space Technologies |
| 447 |
Effective control of spray-wall interaction characteristics in low-pressure systems is an essential feature in various practical application… More
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Mechanical Engineering |
| 448 |
Integration of Metal-Organic Frameworks and Two-Dimensional Materials for Advanced Biosensing Applications
The development of novel sensing technologies is of paramount importance for human health monitoring. Biosensors are an excellent choice… More
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Biomedical Engineering |
| 449 |
The research area primarily includes modelling of phase stability, atomic ordering, and properties of multicomponent alloys for applications in extreme conditions, such as in fusion reactors. The main groups of investigated alloys include ferritic-martensitic steels, tungsten alloys, high-entrop… More
|
Materials Engineering |
| 450 |
Designing of mobile robots (structures, systems for tracking and analyzing the environment, control systems, ...) for special applications using various locomotion techniques, including those imitating human and animal behavior. Development of human-service robot communication methods, including… More
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Automation, Electronics, Electrical Engineering and Space Technologies |
| 451 |
Advancing the development of technologies for combining and/or manufacturing innovative materials tailored for diverse industries, particularly the petrochemical, energy, and aerospace sectors. To achieve this objective, rigorous physical and chemical assessments of materials as supplied by manu… More
|
Materials Engineering |
| 452 |
The area of research covers several issues related to the design and assessment of the properties of polymer materials and their composites. Much of the work concerns the flammability characteristics of polymers and the search for new, environmentally friendly flame retardants. The research aims… More
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Materials Engineering |
| 453 |
Crystallization and research on the crystal structure and electrical and magnetic properties of inorganic and hybrid functional materials (superconductors, magnetic materials, thermoelectric materials and semiconductors) for potential applications in energy conversion, signal detection systems, … More
|
Chemical-Sciences |
| 454 |
Microbiological processing of agri-food industry waste in order to obtain valuable products, incl… More
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Biotechnology |
| 455 |
Investigation of the possibility of using probiotic yeast as carriers of orally administered ther… More
|
Biotechnology |
| 456 |
Development of bioprocesses in which, using microorganisms, it is possible to produce innovative co… More
|
Biotechnology |
| 457 |
The use of electrospun materials in the construction of modern bioanalytical tools - Electrospinning is a modern technique for producing polymeric mats (both from natural and synthetic polymers) with an expanded surface area and high porosity. The method also makes it possible to produce composi… More
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Chemical-Sciences |
| 458 |
Synthesis and research on rheological properties of electrheological materials (liquids, gels and… More
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Chemical-Sciences |
| 459 |
The research topics concern two disciplines: materials engineering and computer science. The PhD thesis will focus on research on porous polyurethane materials using machine learning methods. As part of the work, one of the machine learning methods will be used - deep learning. Many characterist… More
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Materials Engineering |
| 460 |
I am interested in interdisciplinary topics related to the development and use of modern IT methods. My experience includes computer modelling of biological phenomena, problem-solving in computational intelligence, and IT system security. I am currently researching large language models (LLMs) a… More
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Information and Communication Technology |