A new water treatment technology has applications ranging from purification in African and Indian coastal slums, to decontamination of water produced in gas and oil wells.
It’s exactly what it sounds like. "Wearable technology" involves sensors that are worn in something like a bracelet that gather information and sends the data to a computer via Bluetooth. This technology is now being developed for use across a range of health-related applications. New research suggests that it could be used to help prevent seizures in people living with epilepsy.
An upstate New York company has created a small plug-in device that could help home-owners avoid costly problems. The MarCELL monitoring device works on a cellular connection and can alert homeowners to problems like a power failure or a broken pipe.
The technology industry is using social media to create a "virtual march" on Washington. The March for Innovation, launched by the Partnership for a new Economy, is lobbying for immigration reform, including putting pressure on Congress to provide more visas for high-skilled workers and entrepreneurs.
A team of Rochester Institute of Technology students has created a system that allows travelers to get real-time updates on the location of their luggage by way of an embedded device in their suitcase.
A large number of schools across the state will receive $87 million to be used for technology. The state Education Department announced that low-income public and charter schools will be receiving a voucher that can be used to purchase computer software, hardware and equipment needed for computer networks and technology infrastructure.
For gun manufacturers, there is one thing that seems very apparent - the demand for traditional weapons is high. For many customers, there is a personal connection to guns that have been in the family for years. For others, it is the allure of brands and models that have stood the test of time.
The AR Parrot 2.0 drone can be bought at Toys R Us or Amazon.com for $300.
Dan Pacheco is able to steer a small drone above a group of students with just a WiFi connection and his iPad. What the drone sees is projected onto a big screen in front of them.
Imagine a dialysis machine small enough that a patient could wear it. A super-thin filtering material may allow researchers at the University of Rochester to revolutionize dialysis for patients with kidney disease.