Lecture
This lecture by the instructor covers the groundbreaking work in ultrafast imaging technology, focusing on the development of a new ultrasonic device that allows for high-resolution imaging of blood flow and tissue stiffness. The lecture delves into the application of this technology in various medical fields, such as cancer detection and brain imaging, showcasing the significant advancements made in spatial and temporal resolution. The presentation also explores the use of gas bubbles as contrast agents for enhanced imaging capabilities, leading to the potential for deep tissue imaging and microvascular visualization.