Wearable device reveals consumer emotions
Startup’s stress sensor tracks users’ unconscious responses to products and experiences.
“IDEAS” to change the world
MIT teams innovating in medical, education, environmental, and other fields split prizes totaling $95,000.
Matthew Cavuto: Getting a leg up on engineering
MIT senior will use Marshall Scholarship to work on devices that enhance mobility for the disabled.
Lung cancer “breathalyzer” wins $100K Entrepreneurship Competition
Team’s smartphone-connected device can detect lung cancer early from a single breath.
Fast-tracking medical device development
Brian Anthony teams researchers and physicians with industry to accelerate advances in patient care.
Wristband detects and alerts for seizures, monitors stress
Wearable tracks increased skin conductance that signals stress, helps identify dangerous seizures.
Sepsis-curing device wins new health care prize
Device that filters blood to prevent organ failure wins MIT Sloan Healthcare Innovations Prize.
Taking many forms of expertise to heart
Elazer Edelman’s multidisciplinary teams bring innovation to cardiovascular health worldwide.
Finding a noninvasive way to measure pressure in the brain
MIT researchers team up with Boston Medical Center and Philips to test a noninvasive way to measure intracranial pressure.
Real-time data for cancer therapy
Biochemical sensor implanted at initial biopsy could allow doctors to better monitor and adjust cancer treatments.
A cheaper, high-performance prosthetic knee
Researchers design cheap prosthetic knee that mimics normal walking motion.
Major step for implantable drug-delivery device
MIT spinout signs deal to commercialize microchips that release therapeutics inside the body.
MIT research showcased at Singapore’s first tech carnival
Robotic stingrays, driverless golf carts, and a cancer-detection device were on display.
Keeping health care clean
Startup’s smart devices track hand-washing in hospitals to help reduce the spread of infection.
Diagnostic exhalations
By analyzing carbon dioxide in the breath, an algorithm could help determine how to treat patients.