Michaela Jarvis

1 week ago | news.erau.edu | Michaela Jarvis

A study by Embry-Riddle researchers has demonstrated that advanced air mobility (AAM) vehicles, such as air taxis and autonomous aircraft, could be integrated at Orlando International Airport in Florida without disrupting existing commercial air traffic. The research, published in April in the MDPI journal Aerospace, represents one of the first evaluations of AAM integration at a major U.S. airport, according to the peer-reviewed paper.

2 weeks ago | news.mit.edu | Michaela Jarvis |MIT Lincoln Laboratory

Behavioral economist Sendhil Mullainathan has never forgotten the pleasure he felt the first time he tasted a delicious crisp, yet gooey Levain cookie. He compares the experience to when he encounters new ideas. “That hedonic pleasure is pretty much the same pleasure I get hearing a new idea, discovering a new way of looking at a situation, or thinking about something, getting stuck and then having a breakthrough.

1 month ago | news.erau.edu | Michaela Jarvis

Researchers at Embry-Riddle Aeronautical University have been awarded a grant by the U.S. Department of Homeland Security to participate in an effort to train first responders to more effectively integrate uncrewed aircraft systems (UAS) into emergency response scenarios. “This training empowers flight coordinators and first responders with the knowledge to communicate across agencies,” said Dr. Chuyang Yang, assistant professor in the School of Graduate Studies.

1 month ago | medicalxpress.com | Michaela Jarvis

Researchers at MIT have developed a noninvasive medical monitoring device powerful enough to detect single cells within blood vessels, yet small enough to wear like a wristwatch. One important aspect of this wearable device is that it can enable continuous monitoring of circulating cells in the human body. The technology was reported in npj Biosensing.

1 month ago | news.mit.edu | Michaela Jarvis

Researchers at MIT have developed a noninvasive medical monitoring device powerful enough to detect single cells within blood vessels, yet small enough to wear like a wristwatch. One important aspect of this wearable device is that it can enable continuous monitoring of circulating cells in the human body. The technology was presented online on March 3 by the journal npj Biosensing and is forthcoming in the journal’s print version.