Like transistors? You must -- you're using a few million (or billion) right now just reading this sentence. But it's actually difficult to overstate the transistor's importance since its invention exactly 60 years ago today by super nerd gods John Bardeen, Walter Brattain, and William Shockley -- everything changed when solid state circuits were finally able to replace mechanical relays and vacuum tubes. There's little doubt electronics and technology as we know it today are only possible because of this fundamental discovery, although 60 years on we can only seem to navel gaze about what sorts of real jobs we'd all have if we weren't just spending our days obsessing about the gadgets these transistors power.

History buffs and cellphone aficionados, take note: a couple of wireless picturephone prototypes (circa 1993) have recently been acquired by the Smithsonian's National Museum of American History and should soon be available for all to gawk at. Reportedly, the institution joined with Daniel A. Henderson to get ahold of the two devices and related documentation, which were built to take advantage of a picture / video receiving technology known as Intellect. Notably, this ain't Mr. Henderson's first time donating wares with varying levels of historical significance, as he's also responsible for the Casio Z7000 and Atari Portfolio that are on display. Interested in checkin' the duo out for yourself? Go on and circle summer 2008 on your calender.

We've already seen broadcast radio cross the century mark, and while 80-year anniversaries aren't exactly the most memorable under normal circumstances, television is certainly not in a normal predicament. Four score ago, the Indianapolis Star reported that "television, a scientific dream ever since the telephone was perfected, has at last been realized," as an image made its way some 200 miles from Washington, D.C. to Whippany, New Jersey, and then 22 miles by wireless to New York City. 80 years later, OTA broadcasts as we know them are at a turning point, as ATSC signals look to take over for the existing analog flavor, and companies are already chomping at the bit to get in while the getting is good. Furthermore, television as a whole has hastily garnered a newfangled medium in just the past few years, as the internet connected generation can now look to their browser to catch up on recent programming. The not-so-subtle revolutions that have occurred in the world of TV have happened at a breakneck pace, and considering all the luxuries we're starting to enjoy, we doubt things will slow down anytime soon. So here's to 80 years of keeping us pudgy, obliterating our motivation to socialize, and giving mega-corps a means to an end, and if you're interested in just how much has changed in just eight decades of the 'tube, be sure and hit the read link for a comprehensive report.

While today might not seem all that out of the ordinary, it's not everyday that we find not just one, but two cases of folks using RFID technology to enhance our lives and bring excitement to otherwise mundane exhibits. Following up on ET's playful garb, Mogens Jacobsen has crafted the Audiobar (Hørbar), which is a "physical bar-like social environment that enable visitors to interact with sounds via RFID tagged bottles." His was recently commissioned by The Museum for Contemporary Art Roskild to come up with a new and varied way to present the museum's "vast archive of sound-art," and is now garnering worldwide attention for his success. Each tagged RFID bottle responds to the reader installed in the table, and the housed computer channels the appropriate audio clips to correspond with the bottle movements. While it still might take a bit more pizazz to get a gang of second graders to listen to anything on a museum field trip, this is most certainly a step in the right direction, and can be checked out now if you're stopping through Denmark.

[Via Textually]

It's not very often that we here at Engadget adopt an issue and stand behind it; one of the only notable examples includes the Broadcast Flag, which in 2004 -- very early on in its life -- we made our feelings pretty well known. But when one Joseph Ferrara emailed us to point out a New York Times story that slipped beneath, well, just about everybody's radar, we knew we had to look further into the matter. After all, it shouldn't surprise you that we wouldn't take it lightly when someone threatens to raze the birthplace of the cellphone.

The facility in question, one time Holmdel, New Jersey home to Bell Labs -- one of the most prolific technology innovators of the 20th century -- was owned by Lucent technologies until a recent round of asset liquidations. Barely 40 miles out of New York City, in its heydey the six-story, two million square foot campus, employed over 5,600 people who toiled away in its bowels; it became home to the work of numerous Nobel laureates, and has long since been cemented in the annals of tech history as the birthplace to some of the most important communications technologies ever conceived. And it'll soon be torn down.

Designed and erected between 1957 and 1962 by the inimitable and infamous Eero Saarinen, Holmdel is former home to Bell Labs' optical transmission, microwave, and wireless work, including the High-Speed Networks Research Department, High Speed Mobile Data Research Department, and Data Networking Systems Research Department. It was Holmdel's Wireless Research Laboratory, however, and the work Richard Frenkiel and Joel Engel that ranks among all Bell Labs' most notable contributions. In the early sixties Frenkeil and Engeld led a team of over 200 engineers to develop the first cellular wireless voice transmission technology, and eventually created AMPS (Advanced Mobile Phone System), the first and one of the most widely deployed cellphone technologies (still active even today in many parts of rural America). Holmdel is effectively the birthplace of global wireless movement, possibly the most crucial communications development of the 20th century, the internet notwithstanding. But there's more. Lots more.