The primary goal of this study is to design a simple antenna that has a wide bandwidth and
low return loss for biomedical applications. The paper shows the recommended antenna's …

In this paper, we studied the effects of bending on the performance of a flexible circular
microstrip antenna on rubber-carbon substrates at the 2.45 GHz industrial, scientific, and …

The microstrip patch antenna design has been a research topic for biomedical applications.
Thus, the systems operate at a few gigahertz frequencies, resulting in a suboptimal …

Wireless communication networks could become quicker and more dependable as sixth
generation (6G) antennas develop. One difficult development in the field of wearable …

The demand for high data rates in wireless communication is steadily increasing. To fulfill
the requirements, 6G will play a vital role, and it can be achieved by a wide range of …

Modern technology requires high data transmission for wireless communication. 6G (sixth-
generation wireless) is the next generation of wireless technology, following 5G. 6G …

Body implantable antennas have gained popularity as a cost-effective and efficient method
for the early detection of diseases. Lung cancer is one of the most severe diseases that can …

Tumor and brain cancer is one of the most common causes of mortality worldwide. Because
of the miniature size of a brain tumor and the few drawbacks of the existing methods to …

In this paper, a Compact Monopole antenna is designed, simulated, and evaluated in a 2.45
GHz ISM band. Polyamide Kapton with a thickness of 1mm is used as substrate. The …

One of the deadliest brain tumors in the world. Both adults and children are at risk for the
disease. Depending on their position, appearance and shape, it has a low survival rate and …