This work introduces new, stable, and broadband skin-equivalent semisolid phantoms for
mimicking interactions of millimeter waves with the human skin and skin tumors. Realistic …

There has recently been considerable interest in detecting and managing different types of
cancer by using nonionizing electromagnetic waves. These methods rely on the inherent …

Objective: The potentialities of improving the penetration of millimeter waves for breast
cancer imaging are here explored. Methods: A field focusing technique based on a convex …

Implementation of an antenna array on a 5G mobile phone chassis is crucial in ensuring the
radio link quality, especially at the millimeter-waves. However, we generally lack the ability …

Realistic tissue-mimicking phantoms are required for experimental evaluation and validation
of microwave reflectometry prototype systems for skin cancer detection before performing …

This paper proposes a contact-less non-invasive diagnostic technique for skin cancer
detection and screening based on millimeter-wave (mmW) to terahertz (THz) photonic near …

In this letter, a wideband semisolid skin-equivalent phantom with dielectric properties close
to human skin in the V-and W-band is proposed. The constituents of the phantom are …

Broadband dielectric spectroscopy is nowadays considered as a useful non-destructive
detection tool for biomedical applications like glucose monitoring, hydration level …

Tissue phantoms are widely used for assessing the interaction between the electromagnetic
waves and the human body. These are especially key in body area networks, where the …

Electromyostimulation (EMS) is an up-and-coming training method that demands further
fundamental research regarding its safety and efficacy. To investigate the influence of …