But that’s what happened a year ago, when upstate New York-based Corning Inc., maker of optical fiber, Pyrex and the ultra-thin chemically strengthened glass used in many newer tablets and smartphones, posted a slickly produced marketing video on YouTube.

The five-and-a-half minute spot gave more than 17 million viewers a futuristic glimpse at the ways glass could be used in day-to-day life, from tablet screens to home appliances to car dashboards to bus-stop poster panels. The video shows a shiny happy family interacting with the touch-friendly surfaces in a world that I can only guess has flawless, perpetual Internet connectivity.

Now, Corning is looking to recreate some of that viral magic with a sequel video, aptly named A Day Made of Glass … 2!

It’s not remarkably different from the original video. There are two versions of the sequel; one with a narrator, and another without all the explanatory dialogue.

The sequel features the same family, but takes the scenario a few steps further — for example, tablets are now present everywhere, from the bedroom to the classroom, and the neurosurgeon dad is using antimicrobial glass in the operating room, as well as large-panel, fiber-optic glass displays to communicate via video chat with fellow doctors in China.

Despite the fact that large displays play a prominent role in the videos, Corning’s chief financial officer, Jim Flaws, said that large-screen displays are still too expensive for the masses, and that the company sees smartphones and tablets as the fastest-growing area for Corning in the near term. Flaws also said we can expect to see more glass in smaller feature phones, not just in smartphones.

He reaffirmed that Corning is forecasting $10 billion in sales for 2014; last year, the company hit record annual sales of $7.9 billion.

Corning’s Gorilla Glass is currently used in more than 575 consumer-tech product models across 30 major brands, totaling more than 500 million units worldwide. While it’s unclear whether Apple’s latest iPhone and iPad displays are made using Gorilla Glass, Corning was tapped to supply its specialty glass for the original iPhone (which you can read more about in this New York Times story about Apple’s supply chain in China).

Recently, Corning unveiled a new version of its Gorilla Glass that is 20 percent thinner than the original glass.

For your viewing pleasure, the new Corning video is below:

And in other glass-related news — because it’s a slow Friday, so far — ScienceNOW says that researchers have accidentally created the world’s thinnest pane of glass, measuring just three atoms thick.

The piece elicited a variety of reactions — even Roger Ebert seems to think it might be too late to learn a new keyboard. I also received a fair number of follow-up emails pointing out some interesting technologies that I’d missed.

So here are some other options for the touchscreen-averse:

Talk Emo to Me

A company called Siine is trying make touchscreen typing even quicker by replacing words or entire phrases with emoticons.

The Siine Writer app is based on editable icons. Each icon, or “Siine,” is supposed to convey three different words or phrases, depending on how many times the user taps it.

So, instead of typing out a text-laden message, users tap a series of visual cues that send the message to the person on the receiving end.

Users make the Siines by downloading the app from the Android market, going to the emoticon screen, holding down an emoticon and selecting “create,” to assign a new picture, a name and the corresponding text for the emoticon. After that, the Siine emoticon will appear on the user’s keyboard.

It’s a pretty nifty idea, though there would likely still be a need to enter text for more random words, and words used less frequently.

Siine is based in London and Barcelona; the company launched in 2007, and received funding last February from Atomico, the VC firm of Niklas Zennstrom, best known for co-founding Skype.

The free app is available in both English and Spanish for devices running Android OS. There’s also a tablet version of the app, available exclusively from Samsung Apps; at the moment, there isn’t a Siine app available for iPhone or iPad.

The Next Productivity Killer at Work

Here’s a familiar sequence of events: You’re typing away at your desk, and your phone pings — loudly — alerting you and the rest of the office to the fact that you’ve got a message. You’re in the middle of doing work, so you ignore it. But you don’t, really: You glance at your phone’s interface, quickly, just to check. But, wait — it’s your friend, asking if you want in on tickets that are going to sell out in exactly 47 seconds. Or it’s your significant other, asking if you could meet the handyman at the apartment. Or it’s your mom. You simply have to respond.

What if you could just keep typing on your desktop keyboard — and still respond to your urgent calls?

That’s the kind of keyboard Matias has come up with.

The Canada-based company uses Bluetooth technology to wirelessly connect your phone to your keyboard and toggle between your desktop screen and phone — you’re still typing on your keyboard, but the text is appearing on the screen of your smartphone. (Here’s a video from CES that shows how this works, courtesy of Engadget.)

There are three Matias models — the $79 Slim One Keyboard, the $99 One Keyboard and the $199 Tactile One Keyboard — and all of them work on both PCs and Macs. The One and the Slim One are available now; the Tactile One will begin shipping in May.

The cheapest model, the Slim One, does not include a hub for your phone. The $99 One Keyboard includes a USB 2.0 hub and in-keyboard stand to hold your phone. The $199 Tactile One Keyboard has all of that, plus Alps mechanical key switches, which means there are real switches under each key.

And for those of you who wrote to me and suggested the Dvorak style of keyboard as an alternative to the traditional keyboard layout — Matias also makes a Dvorak keyboard for PCs and Mac computers.

Projecting Into the Future

We’ve seen at least one example of a laser-projection device that can create a keyboard out of any opaque surface. But what if you could make a keyboard out of any surface? What if you could make a keyboard … out of thin air?

MicroVision, a company specializing in laser-display technology, announced earlier this month the availability of its new laser-display engine, the PicoP Gen 2 HD laser display (the company’s patented display, PicoP, is actually the tech behind OmniTouch, mentioned in the previous article.)

The Gen 2 display takes it a step further: MicroVision’s PicoP Gen 2 can turn any projected image into a virtual touchscreen, regardless of the surface it’s being projected onto — or whether there’s even any surface at all. The PicoP Gen 2 HD laser display engine boasts 720p HD image projection and interactive displays up to 200 inches diagonal. MicroVision also announced technology for 3-D projectors, which could project 3-D images from a small display device.

While this kind of technology might have a more obvious place in the gaming market, it can also be used in conjunction with mobile devices to allow users to “step away from the screen.”

The company is emphasizing that this is still a prototype; MicroVision expects to begin sending samples to selected manufacturers for testing sometime early this year.

(There aren’t any images of this technology being deployed, so you’ll just have to imagine that keyboard in thin air for now.)

Forget the Keyboard — It’s All About Voice

Still other readers threw the four-letter word at me. Not that one. They were talking about Siri — and her competitors — saying they believe that touchscreen technologies, tactile or otherwise, are all moot because of the emergence of voice-command technology. Voice recognition is now in smartphones, gaming consoles and “smart” TV sets; is it only a matter of time before we’re dictating everything to our computer screens?

Ticonderoga Securities analyst Brian White says Apple has been working hard to eliminate Japan-related constraints, proactively securing components from overseas suppliers.

“Our checks are indicating that Apple is aggressively attacking the situation in Japan and immediately sent executives to suppliers to ensure adequate supply of components, while also offering upfront cash payments,” White wrote in a research bulletin. “Additionally, our contacts indicate that Apple has been in Taiwan securing component capacity with a “3 Cover” guarantee (e.g., capacity, stock and price) that could block out competitors, providing the company with further market share gain opportunities.”

White’s report lends further credence to market chatter that had Apple seeking out new vendors in Taiwan to ensure access to key components. The company was recently rumored to have tapped AU Optronics as a secondary source of iPad displays, agreeing to pay a rumored 300 percent to 400 percent premium to guarantee a steady supply. Sources said that the deal would require about half of the capacity of AU’s fifth-generation plant in central Taiwan, which could end up producing 100,000 displays daily for Apple.

Add to this Apple’s long-term strategic supply chain investments and the tendency of its customers to wait for its products rather than buying a commodity substitute and the company would appear to be on solid footing. We’ll find out for certain of April 20th, when Apple reports earnings.