Wave scattered from and wave penetration into a human head, a heterogeneous bi-anisotropic body of arbitrary shape, due to an antenna in proximity

Spoilt by the convenience provided by mobile phones, the public is now addicted to wireless systems. Pulled by market demands and pushed by technological competitions, fixed-wire links are being replaced by wireless ones of various formats and of different frequencies. In fact, another wave of technological revolution is being unfolded with the unification of fixed-line and mobile telephones, local and wide area computer networks, radio and television broadcasts, as well as all other multimedia services into a single wireless system. The ubiquitous system will drastically change our daily lives as it will facilitate us to do anything anywhere anytime. However, it will also subject us to a non-ionizing radiation 24 hours in a day, and seven days in a week. Implementation of assorted RFID systems will definitely make the situation even more complicated. Simply put, vulnerability of a human being under the illumination of a strong electromagnetic field must be accurately accessed; otherwise, further developments of wireless systems could not be sustainable. In other words, finding the electromagnetic waves in our brain due to an antenna in proximity is of paramount importance.