Beginning this fall, Apple Podcasts creators are getting more tools to measure user engagement and help grow their audiences, with the addition of premium subscription analytics and marketing tools provided by Linkfire, popular among artists and labels as a way to generate an unlimited number of smart links to pod landing pages and measure the ways listeners engage. Updated Analytics functionality lets creators use the Overview tab to see how many listeners started a free trial, the number of paid subscriptions, the percentage of listeners converting from free to paid, and estimated generated proceeds. Continue reading Apple Podcasts Creators Get Subscription Analytics, Linkfire

The research team at Microsoft has taken the wraps off a new type of analog optical computer that uses photons and electrons to process continuous value data instead of traditional transistors that crunch through binary ones and zeroes. Called the Analog Iterative Machine, or AIM, it “has the potential to surpass state-of-the-art digital technology and transform computing in years to come,” Microsoft suggests. AIM is made to solve difficult optimization problems bedeviling industries such as finance, logistics, transportation, energy, healthcare and manufacturing. Continue reading Microsoft’s Light-Based Computer Could Usher in a New Era

Japan, once the world’s top producer of computer chips, is seeking to regain its foothold in the manufacture of leading-edge semiconductors. Last month, a consortium of eight Japanese companies formed Rapidus, a foundry the Japanese government hopes will help get the nation on track for advanced chip manufacturing. IBM Research is joining forces with Rapidus, with plans to manufacture IBM’s 2nm technology in fabs that Rapidus is building in Japan, with output expected to commence in the latter half of the decade. Continue reading IBM Teams Up with Rapidus Foundry on Chip Manufacturing

British startup Graphcore has developed an AI chip for computers that attempts to mimic the neurons and synapses of the human brain, so that it can “ponder” questions rather than analyze data. Up until now, said Graphcore co-founder and chief executive Nigel Toon, GPUs and CPUs have excelled at precision, using vast amounts of energy to achieve small steps. Toon and Graphcore co-founder and CTO Simon Knowles dub their less precise chips as “intelligence processing units” (IPUs), that excel at aggregating approximate data points. Continue reading Graphcore Builds Intelligence Processing Units For Better AI

Researchers in Tokyo have developed a way to print electrodes directly onto material, featuring highly conductive elastic ink that could be used to measure heart rates and report vital statistics. If researchers can make the technology robust and washable, then stretchable, sensor-loaded clothing could become a future trend in commercial wearables. Sportswear, for example, is one area that could benefit. Google’s Project Jacquard, NTT DoCoMo and chemical company Toray Industries are among those developing smart fabric technology. Continue reading Next Wearables Could Use Smart Fabric with Conductive Ink

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

A team of engineers at Stanford University has built the first functioning computer that uses carbon nanotubes rather than the standard silicon. The new material for building transistors could dramatically impact the way computers work in the future. While others have discussed the possibility of carbon nanotubes for years, Stanford’s team is the first to put them to practical use. The material could launch a new generation of devices that run faster and use less energy. Continue reading Stanford Scientists Build Computer Using Carbon Nanotubes