I. INTRODUCTION
BREAST cancer is the most commonly diagnosed type of cancerwomensufferfromandhasthesecondhighestmortality rate [1]. It has been demonstrated that early detection can greatly increase the cure rate of breast cancer [2]. Currently, X-ray mammography is the most extensively used modality for breast cancer imaging and has significantly reduced the mortality rate [1]. However, mammography has several drawbacks such as high false-positive and false-negative rates, ionizing radiation, poor accuracy in the presence of glandular tissue (common in younger women), and discomfort due to applied compression [1]. Two other clinically available techniques are magnetic resonance imaging (MRI) and ultrasound imaging. But, they also have limitations. The huge static magnetic field