This Letter reports on microwave-induced thermoacoustic imaging utilizing a multi-cell
aluminum scandium nitride (AlScN) piezoelectric micromachined ultrasonic transducer …

Coherent frequency-domain microwave-induced thermoacoustic (TA) imaging is
investigated as an alternative to the traditional pulsed-based TA imaging approaches that …

Imaging of subcutaneous vasculature is of great interest for biometric security and point-of-
care medicine. We investigate the feasibility of microwave-induced thermoacoustic (TA) …

Portable and easy-to-use imaging systems are in high demand for medical, security
screening, nondestructive testing, and sensing applications. We present a new microwave …

This paper presents a beamforming microwaveinduced thermoacoustic (TA) imaging system
for screening applications. Near-field/quasi-near-field beamforming with multiple applicators …

A microwave-induced thermoacoustic detection system for embedded targets in lossy media
is presented. The system achieves reliable detection of 5 cm× 5 cm× 2 cm targets embedded …

Non-contact and long-range acoustic or multi-modal sensing in air can be employed for a
number of industrial, IoT, biomedical, and remote-sensing applications but requires the use …

Imaging of subcutaneous vasculature is of great interest for biometric security and point-of-
care medicine. In this thesis, I investigated the feasibility of microwaveinduced …

Medical imaging can create visual representations of the internal structure of a body for
clinical analysis and therapeutic intervention. It has been successful in reducing the mortality …