in which about a dozen second-year medical students learn the basics of ultrasound technology and technique beginning with the physics behind it and culminating in identifying pathological processes. ...

Other areas of interest in Medical Physics include the measurement of ionising radiation, magnetic resonance imaging, and the application of lasers, ultrasound, and other technologies which utilise ...

We are a CAMPEP-accredited two-year medical physics residency in imaging ... (including general radiology and fluoroscopy, CT, angiography, ultrasound, and mammography), MRI, nuclear medicine ...

This course is designed to provide the necessary physics background that underpins medical ultrasound imaging. It includes a complete introduction to the fundamentals of ultrasound, physics and ...

A new paper by a team of Concordia researchers from the departments of Biology and Physics ... that uses ultrasound-guided microbubbles—a technology already widely used in medical imaging ...

[10] Physics of Ultrasound ... while sound above 20KHz is referred to as ultrasound. Medical ultrasound functions within a significantly higher range, 1 to 30 megahertz (MHz).

A new paper by a team of Concordia researchers from the departments of Biology and Physics ... that uses ultrasound-guided microbubbles - a technology already widely used in medical imaging ...

When stimulated by focused ultrasound (FUS), the bubbles oscillate at their resonant ... Within six weeks, they observed complete breakdown of the microrobots. Gao tells Physics World that the team ...

The Department of Medical Physics is actively developing new methods to address ... and other physicians to plan and monitor treatments involving radiation, ultrasound, and lasers. Physicists assess ...