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It is shown that in semiconductor structures with a low quantum dimension, it is possible to obtain the required potential relief for quasiparticles by changing the sizes of the structure elements. By using the example of a resonant-tunneling diode formed from planar nanowires of various cross-sections and lengths, it is demonstrated how such changes affect the potential for electrons and the electrical characteristics of the device. The considered approach is based on the effect of dimensional quantization of the energy of quasiparticles in solids.

This dataset captures various aspects of parenting styles, child behavior, and family demographics to explore the relationship between caregivers’ approaches and children’s emotional and social development. It includes 22 variables covering parental age, education, number of children, emotional and disciplinary parenting behaviors, and the child's emotional responses and prosocial behaviors.

Real-time microwave frequency variation (MFV) measurement is crucial for a wide range of applications. However, current solutions often fall short in terms of resolution, speed and range. We present a novel technique that leverages the sine-cosine encoder principle, enabled by a photonic delay line (PhDL), to detect rapid MFV in real-time with ultra-high resolution.

Real-time microwave frequency variation (MFV) measurement is crucial for a wide range of applications. However, current solutions often fall short in terms of resolution, speed and range. We present a novel technique that leverages the sine-cosine encoder principle, enabled by a photonic delay line (PhDL), to detect rapid MFV in real-time with ultra-high resolution.