While autonomous and connected vehicles have been getting much of the press attention this year, there has also been a push toward electric cars. General Motors recently announced that it is ending its gas and diesel efforts to focus on an all-electric, zero-emissions future. The American automotive icon plans to roll out two new fully electric vehicles in 2017 and at least 18 more electric models by 2023. GM is not alone in this pursuit. Aston Martin, Jaguar Land Rover and Volvo are among the auto manufacturers that have made similar announcements in recent months to eventually phase out gas- and diesel-powered vehicles. GM, which sold 10 million vehicles in 2016, is one of the world’s largest automakers.

Continue reading General Motors Promises an All-Electric Future for its Vehicles

Energous and Witricity have developed new ways to charge smartphones, tablets and other small devices without needing wires to plug them into an outlet. Energous’ WattUp technology allows users to recharge phones in special cases or receivers that can pick up signals from a transmitter that is plugged in more than 10 feet away. Toyota and TDK are already planning to utilize Witricity’s wireless charging technology in upcoming hybrid and electric cars, and car batteries. Continue reading Startups Use New Technologies to Wirelessly Charge Phones

The Internet of Things produces significant amounts of data from objects embedded with sensors and machine-to-machine communications. According to Verizon’s VP of Connected Solutions Mark Bartolomeo, the Internet of Things is growing over 100 percent a year. Companies are using this technology to improve the management of supply chains, equipment and customer demands. The energy, transportation and digital cities units are the fastest growing sectors in Verizon’s Connected Solutions. Continue reading Verizon Seeing Tremendous Growth in the Internet of Things

Power Japan Plus has developed an organic battery using cotton’s carbon fiber, which the startup claims will generate more power than a lithium-ion battery and can charge up to 20 times faster. The company also says that its battery can be charged thousands of times without losing energy capacity (unlike lithium-ion batteries). Power Japan Plus envisions the technology enabling more affordable, long-range electric vehicles that can be charged in minutes and travel hundreds of miles. Continue reading Organic Battery Could Lead to More Affordable Electric Cars

Samsung opened its Samsung Innovation Museum at the company’s headquarters in South Korea this month. The museum features some of the most iconic inventions of the modern era, including Samsung TVs, smartphones and semiconductors. The creation of the museum is an effort by Samsung to escape its image as a “fast follower,” and showcase itself as an innovator. The five-story museum occupies about 118,000 square feet. It comes as Samsung goes up against Apple again in patent court.  Continue reading Samsung Opens Five-Story Innovation Museum in South Korea

The Industrial Internet Consortium — which includes AT&T, Cisco, General Electric, IBM and Intel — said last week that it plans to develop engineering standards for the connection of objects, sensors and computing systems in large industrial assets, such as oil refineries, factories and harbors. The consortium aims to establish standards for how machines will share information and move data. The group also plans to publish case studies, conduct forums and cooperate on security practices. Continue reading Consortium Seeks Engineering Standards for Internet of Things

Scientists and engineers are working towards making wireless power possible by harvesting and transforming existing energy from the world around us. Models they have looked at include nanoscale pillars that turn waste heat into electricity and a spongey smartphone case that generates electricity from sitting on a vibrating surface. One source of energy is thermoelectricity, which works by creating electricity from the current created by electrons moving from hot to cold, an approach that may be ideal for humans. Continue reading Wireless Power: Experiments in Charging Future Mobile Devices

A startup called Athos, founded by a pair of electrical engineers from the University of Waterloo, is making sensor laden workout gear to help quantify physical activity. Many people may have an image in their mind of a futuristic workout involving sensor laden workout gear, such as that depicted in the training montage from “Rocky IV.” However, Athos hopes to deliver Under Armor-style workout gear, invisibly embedded with muscle-tracking sensors. Continue reading New Athos Fitness Gear Takes the Place of Physical Trainers

Amazon CEO Jeff Bezos revealed some significant plans for the company on “60 Minutes” this week. In the not-too-distant future, Amazon plans to offer drone delivery service for its smaller packages headed for customers close to its distribution centers. Bezos expects packages weighing less than five pounds to be deliverable to addresses within a 10-mile radius by small helicopter-like devices. Amazon is calling the service “Prime Air.” Continue reading Jeff Bezos Reveals Amazon’s Plans for Drone Delivery Service

Researchers from Georgia Tech, the University of Tokyo, and Microsoft Research have developed a technique in which cheap, functional electric circuits can be printed using only $300 of material and equipment. This technique uses silver nanoparticle ink instead of utilizing sintering. The researchers were able to print a circuit in roughly 60 seconds onto almost any material that can go through a printer, though some materials worked better than others. Continue reading Researchers Print Micro Circuits with Cheap Ink-Jet Printers