Chris Gordon works for a high-technology company, but he likes analog meters better than digital readouts. In this video, he shows off a bank of old-fashioned meters that display data acquired from digital sources. He says he's no Luddite; that he just prefers getting his data in analog form -- which gets a little harder every year because hardly any new analog meters are being manufactured. (Alternate Video Link)

If you're in a wheelchair, wouldn't it be nice to have your chair automatically alert a caregiver if changes in your heart rate or another vital sign showed that you might be having a problem? And how about helping you rate sidewalks and handicapped parking spaces to help fellow wheelchair users get around more comfortably? Steven Hawking endorses the idea, and the Connected Wheelchair Project, in this short video. (You can see our interviewee, David Hughes, at 0:58 and again at 1:38.) This is an Intel project, in conjunction with Wake Forest University, run by student interns. | Besides helping wheelchair-dependent people live a better life, the Connected Wheelchair Project may help prevent Medicare fraud, says Hughes in our video interview with him. Falsified requests for durable medical goods are a huge drain on Medicare's budget. What if a connected wheelchair spent all of its time far from the home of the person to whom it was assigned? That would be a red flag, and investigators could follow up to see if that wheelchair was in legitimate hands or was part of a scam. | The Connected Wheelchair is still proof-of-concept, not a commercial product. Will it see production? Hard to say. This may never be a profitable product, but Intel CEO Brian Krzanich has said that that this project is an example of how “the Internet of Things can help change lives.” (Alternate Video Link)

Radiosonde, weather balloon, near-space exploration package... call it what you will, but today's interviewee, Jamel Tayeb, is hanging instrument packages and cameras below balloons and sending them up to 97,000 feet (his highest so far), then recovering them 50 or 60 miles away from their liftoff points with help from a locator beacon -- and not just any locator beacon, mind you, but a special one from a company called High Altitude Science with "unlocked" firmware that allows it to work with GPS satellites from altitudes greater than 60,000 feet, which typical, off-the-shelf GPS units can't do.

Here's a balloon launch video from Instructure, a company that helps create open source education systems. The point of their balloon work (and Jamel's) is not that they get to boast about what they're doing, but so you and people like you say, "I can make a functioning high altitude weather balloon system with instrumentation and a decent camera for only $1000?" This is a lot of money for an individual, but for a high school science program it's not an impossible amount. And who knows? You might break the current high-altitude balloon record of 173,900 feet. Another, perhaps more attainable record is PARIS (Paper Aircraft Released Into Space) which is currently 96,563 feet. Beyond that? Perhaps you'll want to take a crack at beating Felix Baumgartner's high altitude skydiving and free fall records. And once you are comfortable working with near space launches, perhaps you'll move on to outer space work, where you'll join Elon Musk and other space transportation entrepreneurs. (Alternate Video Link)

Timothy Lord met Joey Hudy at an Intel Dev Forum. Joey is possibly the youngest intern Intel has ever hired, but he's made a big splash in the 'Maker world', so having him around is probably worth it for the PR value alone. Joey is obviously pretty bright -- he's been called one of the 10 smartest kids in the world -- but let's face it: he's had a lot of luck to help him along. Not many high school kids get invited to White House science fairs and demonstrate their air cannons to the president. (Alternate Video Link)

You might want to go back to Video 1 before watching this one (or reading the transcript). This video is the second part of our recording of a panel discussion at the recent science fiction convention in Detroit. Panelists include writer and forensic science expert Jen Haeger; professor and generally fascinating guy Brian Gray; and expert in Aeronautical Management and 20-year veteran of the Air Force Douglas Johnson. In this video, they continue running down a list of science fiction predictions, both successful and unsuccessful, and evaluating how realistic or far-fetched each now seems. (Alternate Video Link)

Science fiction is the domain of predicting future technology. But we rarely stop to account for which predictions come true, which don't, and which are fulfilled in... unexpected ways. A panel at the recent science fiction convention in Detroit explored this subject in depth, from Star Trek's communicators to nanotech and cloning. Panelists include writer and forensic science expert Jen Haeger; professor and generally fascinating guy Brian Gray; and expert in Aeronautical Management and 20-year veteran of the Air Force Douglas Johnson. In this video, they run down a list of science fiction predictions, both successful and unsuccessful, and evaluate how realistic or far-fetched each now seems.

"With iKeg's Technology We Guarantee You Will Never Run Out of Beer," boasts the SteadyServ website. As you listen to interviewee Mike Flockenhaus, though, you'll realize almost immediately that SteadyServ isn't making equipment for home use, but for bars and taverns that serve draft beer. Here's another good line from their site: "With the new iKeg® system, we aim to ensure that you get your beer, in the right place, at the right time. We also want to simplify the lives of all the hard-working people in the beer industry. After all, wanting and having your beer are not the same thing." Even better, it looks like they're hiring. Wouldn't it be wonderful to help keep America from running out of draft beer? (Alternate Video Link)

University of Arizona grad student Matt Bunting doesn't come across as a mad scientist. That's a very good thing, because his robot hexapod creations are easy to imagine crawling across the USA in large hordes, devouring everything in their path and using all the electricity they come across to feed their Queen Hexapod, a 3-D printer mounted on a hexapod chassis that turns everything fed to it into more robots. Luckily, the real life Matt is an affable (self-described) "Roboticist, Electrical Engineer, Musician, and Rock Crawler" who freely admits that at this time his robotic creations have no practical application whatsoever. This is probably true, except for the fact that they can liven up a music video like mad, as you can see on YouTube in Pedals Music Video (featuring REAL robots) . Our little video is a lot simpler, of course. In it, we interview Matt and he tells us what he's up to with his robots, and gives some 'how to get started with robotics' advice for budding young engineers. (Alternate Video Link)