Abstract

Breast cancer is the most common form of invasive cancer in women worldwide. Early detection is crucial to successful treatment outcome. Microwave breast imaging is a novel non-ionizing, painless, low-cost, and mobile technology for early detection of breast cancer. In this presentation we will demonstrate an innovative approach for using CST to examine propagation of EM waves through human breast tissue as part of the development process of Vayyar imaging's early-stage breast cancer detection device. CST simulations of complex anatomical phantoms excited with broadband, well-sampled, ideal antenna arrays are used to evaluate different array design parameters' contribution to resulting 3D image of breast interior.

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