Adsorption-based microfluidic sensors are promising tools for biosensing. Advanced
mathematical models of time response and noise of such devices are needed in order to …

Metallic nanostructured-based biosensors provide label-free, multiplexed, and real-time
detections of chemical and biological targets. Aluminum-based biosensors are favored in …

Biosensors are analytical devices that play a significant role in medicine as diagnostics,
agricultural, food, and environment sectors for detecting and monitoring various analytes …

1D cylindrical magnetic nanostructures (FeNi, FeCo, FeCoP) of complex topology such as
nanowires (NWs), nanotubes (NTs), multilayered nanowires, and core–shell structures are …

Nano-biosensors have wide applications in several fields as they impart sensitivity,
effectiveness, portability, compatibility, stability, viability, flexibility, and reliability. Indeed, the …

Nanowires are one-dimensional nanostructures that have a large length to diameter aspect
ratios and they exhibit unique mechanical, electrical, thermal, and optical properties. They …

Aerogels are ultralight porous materials whose matrix structure can be formed by interlinking
880 nm long M13 phage particles. In theory, changing the phage properties would alter the …

In order to improve the interpretation of measurement results and to achieve the optimal
performance of microfluidic biosensors, advanced mathematical models of their time …

One of the crucial factors that confine crop productivity is plant disease and appropriate
identification of pathogen under field condition in an early stage is the foremost step in …

In this study, we use NEGF quantum transport simulations to study the fundamental
detection limit of ultra-scaled Si nanowire FET (NWT) biosensors. A N-doped NWT is found …