Microwave imaging (MWI) is a non-ionizing, non-invasive and an upcoming affordable
medical imaging modality. Over the last few decades, MWI has invited active research …

Recent breakthroughs in the fields of antennas, electromagnetic sensors, propagation, and
advanced materials have unveiled new opportunities for body area sensing, disease …

With the increasing uptake of sport activities, onsite detection of associated knee injuries at
early stages is in high demand to avoid severe ligament tear and long treatment period …

The past decade has witnessed a surge into research on disruptive technologies that either
challenge or complement conventional thoracic diagnostic modalities. The non-ionizing, non …

A wideband beam-switching metasurface antenna using programmable unit-cells is
proposed for electromagnetic torso scanning. The design aims at changing the intensity of …

The current therapies against cancer showed limited success. Nanotechnology is a
promising strategy for cancer tracking, diagnosis, and therapy. The hybrid nanotechnology …

Synthetic microwave focusing methods have been widely adopted in qualitative medical
imaging to detect and localize anomalies based on their electromagnetic scattering …

The knee is prone to injuries more often than other joints in the body due to its complexity
and weight-bearing role. These injuries are not only inherent to sports fields but also to …

Microwave medical imaging (MMI) operating over the frequency range covering hundreds of
megahertz to tens of gigahertz has the potential to provide proactive healthcare solutions to …

The pathway taken towards the clinical realization of portable electromagnetic torso
scanners is discussed. Specifically, the requirements for the imaging antennas and their …