Medicine & TechnologyA research team has created a minimally invasive injectable sensor system for wireless monitoring of animals. Find out more about it in this article.
A new type of sensor produces energy by reacting to sound waves, marking the end of using disposable batteries in different devices. Continue reading the article to learn more.
The US FDA has authorized the use of the first medical device powered by AI designed to help doctors detect skin cancer. Continue reading the article to learn more.
Scientists have developed soil-powered fuel cells which can provide endless amounts of electricity from dirt. Continue reading the article to learn more.
A team of Korean scientists developed a sensor which can detect toxic gas in the atmosphere with low power consumption and ultra-high sensitivity. Read the article to find out more.
A team of researchers developed a reliable, high-performance graphene-based sensor which can detect the presence of toxins in water at low levels in just a small amount of time. Learn more about it in this article.
A new sensor was developed by a team of scientists with the goal of protecting firefighters from a potential threat. Find out more about the special life-saving device in this article.
Scientists developed a sensor made from single-atom-thick nanomaterials that can detect COVID-19 and flu viruses faster than existing tests. Check it out in this article.
MIT CSAIL scholars developed a robotic glove for the rehabilitation of patients with hand and finger injuries. Learn more about how the soft robotic device works.
The e-skin device researchers developed can be used for many purposes. Discover how it can make a competitive candidate for flexible and wearable health devices.
Through the use of specialized carbon nanotubes, engineers at the Massachusetts Institute of Technology have devised a novel sensor that can help alleviate the fast transmission of COVID-19.
Researchers working with Notre Dame's IDEA Center are filing a patent application for their new sensor that can detect a heart attack in less than 30 minutes, which is better than what an echocardiogram does.
A new class of nanomaterials, called self-aware metamaterials, could supposedly generate their own power and sense changes in their environment - ushering the next material of fabricated living structures.