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This work is dedicated to the detailed investigation of the atomic and magnetic structurein a selection of germanium-based melilite-type compounds, namely Ba2TGe2O7(T = Cu, Co and Mn) and the Ba2Cu1-xMnxGe2O7 solid solution series. These materialsgained high interest in the current condensed matter research as they revealed astrong magnetoelectric coupling that could not be explained by the conventional modelsof spin-driven multiferroicity. [...]

In recent years, there has been a notable increase in interest in cold spraying, largely due to its potential applications in repair and additive manufacturing. Nevertheless, further research is required to gain insight into the residual stress state and mechanical integrity of cold sprayed coatings. [...]

Electrospun polyacrylonitrile-based carbon nanofibers (CNFs) exhibit a molecular sieving effect. The pore size can be controlled by the choice of the carbonization temperature, making such nanofibers a promising material for gas separation. [...]

Phonons are quantized vibrational excitations of the crystal lattice. These quasiparticles play a crucial role in understanding many properties of the solid-state system. [...]

The development of magnetic resonance imaging (MRI) based biomarkers is a constant endeavorin the field of clinical neuroscience. Although these biomarkers hold great potential, only few havebeen adopted for routine clinical use. [...]

Graphene (Gr) has obtained significant attention in the realm of advanced information technologies due to its remarkable electronic properties, such as high carrier mobility, an unusual quantum Hall effect, and long spin lifetimes at room temperature. These attributes make Gr a promising candidate for various applications, particularly in spintronics. [...]

In view of the post-Moore’s law era, new computational paradigms that could serve as powerful alternatives to the classical computing are under development. One of those paradigms is Quantum Computing (QC). [...]