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AT&T Labs vs. Google Labs - R&D History
An anonymous reader writes "Ars Technica has a piece looking at the history of corporate R&D, in response to an article on the BusinessWeek site essentially calling the telecommunication giants aging fossils of communication. The Ars piece looks as several innovations to come out of the AT&T Labs over the years, as well as the era of innovation brought on by the Cold War." From the article: "The Cold War, with its 'Pentagon socialism', combined with large corporate monopolies that were expected to provide lifetime employment and pensions, made for something of a golden age for American technological innovation. This is the era that brought us the transistor and the predecessor to the Internet, an era where all the seeds of today's 'information economy' were sown and carefully cultivated at great private and public expense. The great labs of this era--Bell Labs, Xerox PARC, and IBM's labs--were places with massive budgets, where the world's top scientists were invited to pursue "blue sky" research into areas with no immediately apparent commercial applications. The facilities were state-of-the-art, and there was no pressure from management or shareholders to do anything but science for science's sake."
While Google is definitely doing some cool stuff, what they are creating, and the environment that they are creating it in can't really compare in scope to what happened back in the heyday of big r&d. Google Maps/Earth is cool, but how does it compare to shaping everyones lives like color tv and the transistor. The innovations of Google are significantly more evolutionary vs revolutionary.
Take those "go-getters" of the hey-day, compare the educational curriculum, pop culture, and political philosophies of their childhood to those of our children today.
Just a hunch, but I suspect that comparison will show darker times ahead for the U.S.
@HbFyo0$k8 tH!$
Google has some of the best scientists around. Yet what do google labs give us? autocomplete for search strings? The only thing that seems worthy of notice in Google labs is google sets, which has that 'next gen AI search' feeling to it.
:)
The same goes for Microsoft research: while there are some gems in there, you will see people presenting research on new ways for drag and drop and similar stuff. While that's useful, it's nowhere near what IBM, PARC and others were/are doing. Even Sun seems to have cooler research projects.
Either those next generation companies are not as scientifically inclined as the old 'dinasaurs', or maybe the truly amazing stuff MS/Google have is hidden from prying eyes till the market is ready for them
But one other little known area they did work in was, of all things, economics. The Bell System Journal of Economics contained many ground-breaking papers on the structure, regulation, and pricing of utilities. One classic paper by Richard Posner in 1975 introduced the "capture theory of regulation". He wrote that when an industry is supposed to be regulated by the "public", which is represented by some board or trustees, the industry has an intense and concentrated desire to get the board to see things its way, while the public's desire to (say) have lower prices is more diffuse. In addition, the industry will have the technical and legal experts (and the cash to pay them), while the public depends on volunteers and/or screaming harpies with axes to grind to make their case. The inevitable result, he wrote, is the board becomes "captured" by the industry, and basically does what the industry wants.
Explains a lot, don't you think?
What was once true, is no longer so
Look at every generation, and its parent generation and... you'll see that not generations were equal, as scientific progress goes. It goes up and down like a yoyo, and it did so since the beginning of time.
E.g., ancient Egypt must have started with some really bright minds, since they discovered a lot of things. And I mean including a ton of medical and other stuff, not just how to pile stones in a pyramid. Yet right before the macedonian invasion it was already at a stage where nothing much was invented any more. Medicine for example had been solidified into something that was religion, law and malpractice insurance rolled into one, and everyone just followed the same official texts literally, and never tried anything new. For _millenia_.
E.g., in Europe the golden ages of Greece and Rome were followed by what we call the "Dark Ages". It's not just that they discovered fewer things, it's that actually a lot of information has been _lost_ in that time.
E.g., take China. It was at one point one of the most technologically advanced places. They have a long list of inventions, including stuff from paper to gunpowder to trebuchets to crossbows (including the repeating kind) to the compass to god knows what else that they invented more than a millenium before the Europeans. They were _that_ advanced. Even their less glamorous stuff, e.g., the composite bow, might get less hype, but you can see its efficiency against European equipment and tactics when it was brought over by the Huns.
Yet then came an age of decline and it ended up with the Manchu Qing dynasty, where literacy actually decreased and the government was literally more concerned with enforcing a uniform haircut (yes, I'm not joking) than with any kind of science or technology pursuit. The Chinese army actually regressed from having _some_ guns during the Ming dynasty, to all spears, swords and bows during the Qing dynasty. That sad.
Or take Japan. Yes, now they're doing damn good technologically and have been even more impressive as progress goes during the Meiji Restoration. But before that they had periods when it stagnated or even regressed. E.g., the Heian period, also remembered for the rise of the Samurai caste, is also considered by some a time of stagnation and even regress.
So, yes, times can change. Sometimes for the better, but sometimes for the worse. Some societies fail to give those "mundane Joes" incentive to go and learn or research something. Yes, each individual can decide what to do with his life, but if on the whole it's a smarter or more popular choice to aim low intellectually, people may well do just that. And then stagnation and even regress follow.
A polar bear is a cartesian bear after a coordinate transform.
American Capitalism:
step 1) liberals create federal regulatory agency, with mixed results.
step 2) "anti - big government" conservatives are elected.
step 3) said conservatives never actually trim the government, but merely underfund agencies create deficit and appoint people who do not believe in the agencies mission to head them. vast corruption occurs.
step 4) agencies stop regulating and start brokering favors.
step 5) bill clinton reduces size of federal government, but not nearly enough.
step 6) agencies continue to broker favors, appropriations bills divide pork among many industries in many states. these industries are now dominated by a few giant players, now dependent upon those agencies to keep their oligopolies federally enforced. agencies and broken regulations are now politically invincible since they were originally democratic causes, but now support industries purchasing the votes of republicans (and to a lesser but ever-increasing extent, democrats)
step 7) voters somehow continue to think that welfare is the largest violation of free market principles going, never call representatives to task on the issue.
step 8) innovation moves overseas to avoid competing with government supported change-phobic dinosaurs.
step 9) districts are redrawn to insure 97% re-election rate in the house.
wheeee! we're selling our future down the river!
In Capitalist America, bank robs you!
Microsoft R&D is, on most cases, not true R&D, but product development. The same can be said about Google. So far, big science funding by large corporations is solely represented by IBM, who funds research on fields from nanotechnology to biological research. Look at how many Nobel Prize winners they currently employ. Now tell me how many are working for MSFT. Do you really believe you compare some of the finest IBM research with, let's say, winFS? And what is good in IBM research is that some of this research is actually translated into profitable products, what let the shareholders happy enough to make them let the money flow to R&D without complaints.
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