Metalenses, which consist of subwavelength metasurfaces, have attracted attention due to
their more condensed dimension in comparison with conventional lenses. The limitations of …

In this paper, a new method for the design of pixelated graphene-based coding metasurface
is proposed. This method suggests a straightforward approach by utilizing graphene tunable …

Most wearable intelligent biomedical sensors are battery-powered. The batteries are large
and relatively heavy, adding to the volume of wearable sensors, especially when implanted …

Common digestive and lung disorders such as stomach problems and pleural emission
pose serious difficulties for patients who undergo open surgeries wherein a wirelessly …

Magnetic beamforming techniques can enhance the power transfer efficiency using focused
magnetic fields by the multiple transmitters to the receivers. However, the intra-couplings …

This letter presents efficient near-field beamforming using two-layer planar loop array
resonator for magnetic resonance wireless power transfer (MR WPT). This two-layer …

A mathematical model is presented for the optimisation of an Electromagnetic Halbach Array
(EHA) for wireless power transfer. The mathematical model is based on Biot‐Savart's law of …

This work presents a passive wireless measurement system for potentiometric chemical
probes inside a small laboratory tube. An inductively coupled link is utilized with DC-to …

Abstract Type 2 Diabetes (T2D) has become a major health crisis, affecting up to 95% of the
38.4 million diabetes cases in the United States and costing approximately $327 billion …

This paper presents an improved design of an electromagnetic Halbach array that can be
used as the transmitter of the wireless power transfer system for enhanced performance. An …