Open Access

As conventional CMOS technology approaches its scaling limits, alternative memory and logic device concepts are being actively pursued. Among these, resistive and ferroelectric switching mechanisms have emerged as promising candidates for non-volatile memory technologies due to their potential for high density, low power consumption, and compatibility with existing semiconductor processes. [...]

The growing demand for renewable energy and the need for efficient energy conversion technologies have spurred significant interest in solid oxide cells (SOCs). Recently, proton-conducting ceramic cells (PCCs) have gained considerable attention due to their potential to operate at lower temperatures than oxygen-ion-conducting SOCs. [...]

The brain's functional organization relies on neural, metabolic, and vascular interactions. Molecular neuroimaging offers powerful tools for assessing macroscale brain connectivity by capturing relationships between regional perfusion and glucose metabolism. [...]

Rhizosphere models are typically 1D radial symmetric with the root as a boundary condition and root hairs as a reaction term (source/sink term). This rhizosphere representation comprises a model reduction for solute transport from 3D to 1D, which upscales the geometry of the root hairs. [...]

The functional complexity of G protein-coupled receptors (GPCRs) arises from their structuraldynamics, spanning timescales from nanoseconds to minutes. Single-molecule Förster ResonanceEnergy Transfer (smFRET) enables direct observation of these dynamics in individual receptors, eitherfreely diffusing in solution, using confocal microscopy, or immobilized on surfaces, using Total InternalReflection Fluorescence (TIRF) camera-based microscopy. [...]

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