It will soon be possible, for instance, for a business man in New York to dictate instructions and have them appear instantly in type in London or elsewhere. He will be able to call up from his desk and talk with any telephone subscriber in the world. It will only be necessary to carry an inexpensive instrument not bigger than a watch, which will enable its bearer to hear anywhere on sea or land for distances of thousands of miles. One may listen or transmit speech or song to the uttermost parts of the world. In the same way any kind of picture, drawing, or print can be transferred from on place to another. It will be possible to operate millions of such instruments from a single station. Thus it will be a simple matter to keep the uttermost parts of the world in instant tough with each other. The song of a great singer, the speech of a political leader, the sermon of a great divine, the lecture of a man of science may thus be delivered to an audience scattered all over the world.
> The song of a great singer, the speech of a political leader, the sermon of a great divine, the lecture of a man of science may thus be delivered to an audience scattered all over the world.
"...and videos of cats."
I find it endearing that our visions of the future always see the best (or worst) of humanity, but never the mundane or banal.
> He also said some nice things about communication devices "in your vest pocket," but I can't find it.
I had a search. Maybe this one?
"When wireless is perfectly applied the whole earth will be converted into a huge brain, which in fact it is, all things being particles of a real and rhythmic whole. We shall be able to communicate with one another instantly, irrespective of distance. Not only this, but through television and telephony we shall see and hear one another as perfectly as though we were face to face, despite intervening distances of thousands of miles; and the instruments through which we shall be able to do his will be amazingly simple compared with our present telephone. A man will be able to carry one in his vest pocket."
though I think that's actually one of the less interesting things to be found in that interview... Tesla really was quite the interesting person, it seems.
> though I think that's actually one of the less interesting things to be found in that interview
oh I probably agree, or at least in general - in terms of what kinds of things Tesla might have said that might still be relevant. Check out his biography on wiki - totally bananas, and most awe-some indeed.
> I find it endearing that our visions of the future always see the best (or worst) of humanity, but never the mundane or banal.
Because the banal makes for boring stories.
Star Trek could just as well have been set aboard a naval ship island hopping in the pacific or similar. Being crewed by the best and brightest of their generation, and equipped with the latest science had to offer.
That's probably because the common man from back then (who was probably more into banal stuff like cat videos) didn't have a voice that survived the times - probably couldn't even read or write. Tesla, along with those other dudes, was a well-known inventor, definitely not working class.
This is from 1974. It's worth noting that by 1974, the TCP/IP spec was already written, what many consider the first PC (the Altair 8800) was out, and ARPANet had been around for years, with transatlantic nodes already in existence.
> what many consider the first PC (the Altair 8800) was out
There's a good case to be made that the first personal computer was introduced in 1971, and had actually ceased production in 1973: http://www.kenbak-1.net/
The Altair 8800 is more important as a predecessor on the main line of microcomputer development, but the basic idea of a computer a single individual human being who wasn't massively wealthy could own was actually, to some small extent, achieved a few years before anything that would evolve into the rest of the microcomputer line was in existence. (To be technical, the Kenbak-1 can't be in the microcomputer line because it wasn't a microcomputer, because its CPU was built out of discrete components as opposed to having been a microprocessor.)
Seems to me that the computers that come and then fade again have one thing in common, limited expandability.
The Altair 8800 brought with it the S-100 bus. And you find a similar bus (ISA) on the early IBM PC. both of these meant that a single "core structure" could be made to do multiple things.
And Alay Kays Dynabook proposal [1] was written in 1972, based on work dating back to the late 60's.
There's the interesting question of what developments Clarke were aware of at the time, but yes, multiple people were envisioning these things back then.
Many of them were also extrapolating from Vannevar Bush's Memex, as described in As We May Think, in the Atlantic in 1945 [2] taking account the intervening advances in technology.
Seconded. This is such an awesome short story. Forster isn't remembered as a prolific sci-fi author, but this story does a great job of predicting the problems of modern technology.
...but Robert Heinlein predicted why or rather how the web would work on us. In 'Friday,' he gets wrong that it will be a system with metered, limited access...
...but (to my mind, remarkably) predicts that multimedia-enabled hypertext will lead to associative impulsive serendipitous browsing, not structured intentional behavior. The one scene in which the eponymous character interacts with the network is given primarily to a discussion of her own digression into subjects far afield from her nominal research topic.
...he also predicts that this might provide surprising value.
He also described it as a hierarchical system: Set your terminal to "research." Punch parameters in succession "North American culture," "English-speaking," "mid-twentieth century," "comedians,", "the World's Greatest Authority." The answer you can expect is "Professor Irwin Corey." You'll find his routines timeless humor.
Mind you, this is after Vannevar Bush's "As We May Think" and Memex, which got many people excited about the idea. This in turn was influenced by earlier investigations by Davis and Draeger in 1935 on searching with microfilm.
In the last year I've been researching earlier information systems, including those of the punch card era. Calvin Mooers, in his paper "Making Information Retrieval Pay", which coined the term "information retrieval", proposes a mechanical search engine called DOKEN which could handle Heinlein's proposed query (see http://www.historyofinformation.com/expanded.php?id=4243 ), except that "Professor Irwin Corey" is too specific to be an index query using Zatocoding.
I guess it comes down to how one consider "metered".
Seems the various carriers and ISPs have discovered that they earn more by offering package deals, because the customer is likely to overshoot on the package to avoid the overcharge fees.
But in many places net access was/is metered, by virtue of it being done over the metered phone network. For me the biggest deal with DSL and later was that the metering of dial-up went away (tho at least one ISP tried to introduce a stair step payment system).
Prescient. However the earliest accurate prediction of the Internet and personal computing I've yet come across is still Murray Leinster's 1946 short story "A Logic Named Joe"
"Just as water, gas, and electricity are brought into our houses from far off to satisfy our needs in response to a minimal effort, so we shall be supplied with visual or auditory images, which will appear and disappear at a simple movement of the hand, hardly more than a sign."
Sure, it doesn't use the language and notion of the computer, but how important is computing per se to 95% of Internet users?
I'm sorry to say that I have discovered that this first appeared in an essay, The Conquest of Ubiquity, published in 1928. So, not quite as amazing as I thought. Walter Benjamin didn't identify the precise source when he quoted it.
To be accurate, he predicted not the PC and the internet in this clip, but having a terminal (console) at home that connects to a computer somewhere else. My dad had that in the late 1970s: a big (printer) terminal that connected by 300 baud modem to his office.
Computing seems to be about reinventing the old in a more glossy exterior every other generation or so.
The "cloud" seems to be a new go at the virtualization uses that has been done on mainframes since the 70s. One may go as far as to say that the cluster rack is the mainframe v2.
Clarke also predicted genetically engineered chimpanzee slaves, the 'Superchimp' (or 'Simp' for short). Leaving aside the ethical issues this raises, it indicates that he thought that it was more likely that such a creature would be created than intelligent robots.
It's a nice video but this was in 1974, not THAT long ago despite the fact it's in black and white. Let's not forget that a lot of people actively try to achieve things that take longer than they expect to come to market, so it's not completely surprising someone back then had a clear vision of what could the future be like (and happened to be right. But for each good prediction there's a 100 out there which were wrong, so let's not forget that).
He also predicts that the entire workforce will become purely remote workers (telecommuters). While this is technically possible, it has met quite the opposition (and lack of proper tooling to make it as efficient and effective as it needs to be). Of course, maybe that is the idealist view. The realist view is that it will only lead to easier outsourcing? :p
> He also predicts that the entire workforce will become purely remote workers
Did he make that statement elsewhere?
In this video he just said "it would make it possible to live anywhere we like. Any businessman or executive could live almost anywhere on earth and still do his business". That's largely true today.
He explicitly says that we would not have to live in cities, etc. Remote work was exactly what he was implying. He does not have to use that exact phrase.
- Tesla, 1909
http://books.google.co.uk/books?id=nN8DAAAAMBAJ&lpg=PA476&vq...
http://www.teslasociety.com/pictures/teslatower/teslatower3....
He also said some nice things about communication devices "in your vest pocket," but I can't find it.