Showing results by narrator "Todd Mundt" in All Categories

In this issue, you'll hear how physicians can now use DNA sequencing to uncover the causes of rare genetic disorders. You'll learn about an online community where people are free to be wrong – and how big investors want a piece of the action. You'll hear about the dilemma that new energy technologies could face once the federal stimulus funds have dried up.

In this issue, you'll learn about a new feature that will enable shuttle astronauts to get out alive in case of a launch emergency. You'll get a few hints as to how Google's new operating system will actually function. You'll learn how a company is trying to bolster online password security by studying the people who are typing in the characters. You'll hear about the alarming security weaknesses in ATMs and what is being done to improve it.

In this issue, you’ll learn what the latest technological flops, fizzles, and flame outs tell us about innovation. You’ll hear how the past year ushered in progress in developing hardware and software capable of human feats of intelligence. You’ll learn how a wireless transmitter could give paralyzed people a practical way to control TVs, computers, or wheelchairs with their thoughts. You’ll hear how software that turns data into written text could help us make sense of a coming tsunami of data. You’ll learn what’s next for the inventor of Gorilla Glass. You’ll hear about how a wireless technology more than 10 times faster than the best Wi-Fi is coming to market this year.

In this issue: "A Contrarian in Biotech" by Antonio Regalado. "Industry Body Calls for Gene-Editing Moratorium" by Antonio Regalado. "The Electric Mood-Control Acid Test" by Kevin Bullis. "Gadgets Are Getting Better at Fooling Your Sense of Touch" by Rachel Metz. "App Ads Are Booming Business for Facebook" by Robert D. Hof. "Smartphones Will Soon Learn to Recognize Faces and More" by Tom Simonite. "How People Will Use the Apple Watch" by John Pavlus. "A Smart Watch Pioneer Has an Answer for Apple" by Rachel Metz. "Your iPhone Might Make You a Reality TV Star" by Winston Ross. "New Display Technology Lets LCDs Produce Princess Leia-Style Holograms" by Mike Orcutt. "A Film Studio for the Age of Virtual Reality" by Rachel Metz. "Five Loopholes That Could Undermine Net Neutrality" by George Anders.

In this issue, you’ll hear about whether we could take a cut of the billions companies are making due to their knowledge of our online habits. You’ll learn about an app that can figure out who your cell-phone camera is pointed at. You’ll hear how fitness trends and health-care problems are creating a demand for tiny computers we won't even notice we're carrying. You’ll hear how an innovative motion-sensing technology is achieved by combining clever software with the Doppler Effect.

In this issue, you’ll learn why the disparity between the rich and everyone else is larger than ever in the United States and increasing in much of Europe. You’ll hear whether an aging corporation’s adventures in fundamental physics can open an era of unimaginably powerful computers. You’ll learn how China will dominate the future of genetically modified food—despite the resistance of its population. And you’ll hear how letting go of an obsession with net neutrality could free technologists to make online services even better.

In this issue, you’ll hear why Facebook has tightened its security. You’ll learn about an interest network that lets users create pages and plans to give them a cut of the resulting ad revenue. You'll hear why taking control of computers with our hands and bodies is set to become commonplace. You’ll learn how a full-color screen for mobile devices may be available sooner than you’d think.

Technology Review is the United State's oldest technology magazine. And in the last few years, TR has undergone a dramatic transformation, shifting its focus to innovation - the process by which humanity continuously upgrades its tools and techniques. Each issue concentrates on four major fields of innovation: biotechnology, information technology, material science, and nanotechnology.

In this issue, you’ll hear about the top companies from our list of the “50 Smartest Companies 2014.” You’ll learn how some of our deadliest genetic diseases could be cured. You’ll hear what Google must overcome in order for its wearable computer to be accepted. And you’ll learn how Bitcoin’s underlying technology is beginning to suggest valuable new applications.

In this issue, you’ll learn why we will need genetically modified foods. You’ll learn about an online file storage system designed to reshape industries. You’ll hear how microchips modeled on the brain may excel at tasks that baffle today’s computers. You’ll learn how pregnant women now have an easy and risk-free way to identify genetic flaws in their fetuses. And you’ll hear about Facebook’s commitment to connectivity.

In this issue, you’ll learn about the year's most important computing stories. You’ll hear how IBM is planning to invest a billion dollars in the computer system that won on Jeopardy! You’ll learn how typing in passwords on tablets and PCs could become a thing of the past. You’ll hear about the most intriguing business stories of the year. You’ll learn about a new study that shows how Google is dominating search. And you’ll hear news from the worlds of Biomedicine, Technology and Communications.

In this issue, you'll learn how Google will keep a copy of any genome in the cloud – for only 25 dollars. You’ll hear about Lockheed Martin's breakthrough Fusion machine. You’ll learn how Knightscope is preparing to roll out human-size robot patrols. You'll hear how IBM is trying to turn things around with research on more human-like artificial intelligence. You'll learn how we’re going to need an air traffic control system for drones. You'll hear about a "smart" terminal that is going to be used for all kinds of payments. And you'll hear news from the worlds of Biomedicine, Technology and Communications.

For our 13th annual celebration of people who are driving the next generation of technological breakthroughs, we’re presenting the stories in a new way. We’ve grouped them by categories that reflect the variety of approaches that people can take to big problems. First we introduce you to Inventors, who are creating new technologies. Next come Entrepreneurs, who are turning technologies into viable businesses. Then meet the Visionaries, who are anticipating how technologies can make life better, while Humanitarians are concentrating on expanding opportunities. Finally, the Pioneers are exploring new frontiers, setting the stage for future innovations.

In this issue, you’ll learn how manufacturing in the United States is in trouble – which spells bad news for the country's economy and future of innovation. You’ll hear how our saved online photos and mementos are at the mercy of companies that may decide to just throw it all away. You’ll learn how mapping our neural circuits under anesthesia could shed light on consciousness. You’ll hear how information technology is reducing the need for certain jobs faster than new ones are being created.

In this issue, Technology Review highlights 10 Breakthrough Technologies. Not all breakthroughs are created equal. Some arrive more or less as usable things; others mainly set the stage for innovations that emerge later, and we have to estimate when that will be. But we’d bet that every one of the milestones on this list will be worth following in the coming years.

Welcome to Technology Review’s Special Edition for September 2012 on the 35 Innovators Under the Age of 35. Some members of our latest list of young innovators from around the world have developed consumer Web services you might have used, such as Spotify or Dropbox. Others are making more fundamental breakthroughs that have yet to be commercialized, such as more efficient engines or improvements in optical communications. And a few are blazing trails in fields that didn’t exist before, like pop-up fabrication of tiny machines, or cameras that can see around corners. But all 35 of them have something significant in common: their work is likely to be influential for a very long time. We hope that these stories about them surprise and inspire you.

In this issue, you’ll hear how the way the Land of the Rising Sun built and lost its dominance in photovoltaics shows just how vulnerable renewables remain to changing politics and national policies. You’ll learn how researchers are taking a new approach at unlocking Autism’s secrets. You’ll hear about a group of journalists and researchers that are venturing into the ugly corners of the Internet in an effort to expose racists, creeps, and hypocrites. And you’ll learn how severe droughts are forcing researchers to rethink how technology can increase the supply of fresh water.

In this issue, you’ll learn how lavish electronic-book projects point toward the pinnacle of the medium. You’ll hear how the masses who talk back through social media are starting to influence corporate, financial, and governmental behavior. You’ll hear how Nokia’s new CTO is trying to help the Finnish company regain its status as a leader of innovation. You’ll hear why the gradual spread of nuclear weapons may actually be better than no spread at all.

In this issue, you’ll learn how the lead architect of Sony Computer Entertainment will define the next blockbuster game console. You’ll hear how Samsung’s new smart watch may be the most polished effort yet. You’ll learn how startups are using sound waves to let mobile gadgets transfer data quickly and efficiently. You’ll learn why it could take years for 3-D gesture-control to catch on with consumers and app developers. You’ll hear how Silicon chips with optical technology are allowing a new form of superfast data connection. And you’ll hear news from the worlds of Biomedicine, Technology and Communications.

You’ll learn how Facebook is pushing beyond data-driven studies on voting, sharing, and organ-donation prompts, to make people feel good or bad. You’ll hear how inventor and futurist Ray Kurzweil is working with Google to apply his theory of intelligence to understanding online information. You’ll learn how Amazon’s Fire Phone could make visual search easier, better, and more popular. You’ll hear how IBM is working on a new computer chip – which could be up to five times faster than current transistors. You’ll learn how smart homes will require unprecedented effort to ensure not just security but also usability. And you’ll hear news from the worlds of Biomedicine, Technology and Communications.