Collaboration between researchers at the University of Southampton, researchers at the University College London, and Cobham Technical Services resulted in development of a novel kind of radar system called the twin inverted pulse radar (TWIRP) that can detect hidden surveillance equipment and explosives. Inspiration for the device scientists found in the way dolphin hunts the… »

Researches at the Johns Hopkins University School of Medicine have developed a method for in vivo monitoring of transplanted-cell viability. The researchers used nanoscale pH sensors and magnetic resonance imaging (MRI) to track liver cells previously transplanted into mice. This new method is likely to be an important tool for improving cell replacement therapies for conditions such as liver… »

Each year in Chicago, the conference of the Radiological Association of North America (RSNA) provides a forum for showcasing the latest innovations in medical imaging. General Electric Healthcare (GE Healthcare) department introduced Silent Scan – a technology designed to address excessive acoustic noise generated during an Magnetic Resonance Imaging (MRI) scans, thus improving patient experience…. »

Scientists at the University of California, Berkeley, are combining brain imaging and computer simulation in order to read the mind and reconstruct people’s dynamic visual experiences. They hope that their research this way of “mind reading” will pave the way for future technologies that could reproduce the moving images in our heads, thus bringing our… »

Swedish researchers have developed an interactive touchscreen 3D autopsy table that allows pathologists to examine virtual representations of real bodies in minute detail and from different viewing angles. The Virtual Autopsy Table has been developed by Norrköping Visualization Center in cooperation with Center for Medical Image Science and Visualization using science and technology which is… »