You know, when I was admitted into the School of International Service, I did not imagine I’d be blogging about some of my favorite entertainment. Did I blog about soccer yet? Oh, yes I did. Best. Class. Ever. Now I just need to find a way to blog about hip-hop or dance music. Seriously though, it is very informative to look at these things from a different perspective as a class in International Communication forces you to do. After all, as International Relations scholar Martha Finmore says, “in thesocial world, everything is related to everything else” which is true as I continue to be impressed by how far reaching communication as an academic area reaches, and that is also true of the topic of today’s post which is Japanese animation, known as anime.
If you read Hanson’s account of the various technologies, and then also consider the introduction of ‘writing’ itself as a logical marker to precede the printed press, you can see that successful technologies are reaching a level of high acceptance and usage at increasingly faster rates following their introduction. The space between introduction of significant information and communication technologies is also reducing. See ‘writing’ was started about 4-6000 BC, then the printed press in the 17th century, then came the telephone/telegraph in the 19th century, television in the mid-20th century, etc. Then if you look at the internet today, it is still very young–just roughly 15 years old in it’s current form, yet look how far reaching it is already!
This raises an interesting question of what happens when this trend is projected into the future. Hanson says that once realities created by technologies are in operation, new technologies emerge in turn to overcome existing limitations. Furthermore, Paul Zane Pilzner, an economist who has served as an Advisor in two administrations, has argued that advances in technology are determined by the speed in which information is exchanged. If information is getting shared at increasingly faster rates, and technologies are having increasingly more immediate impacts, theoretically one should reach a point of infinite technology achievement and yet how is that physically possible?
I’m somewhat of a sci-fi type, so for me this makes for a fascinating exploration of concepts such as Moores Law and the Technological Singularity. Basically, Moores Law predicts regular doubling of the capacity circuit based technology over predictable timespans, whereas the idea of a Technological Singularity, refers to hypothetical future time that is hard to predict because technological advancements happen instantly, creating some sort of superintelligence–I mean delightfuly geek territory here.
Now if that’s not your thing, there is a more practical policy side to this. If technologies are getting more frequent, and information sharing is increasing exponentially, then there is the likelihood that laws and regulations will lag behind. This is something I thought about as Hanson mentioned that the telephone was hampered in Europe by “government policies and political obstacles to cooperation across boundaries”. So far, at least the period through Hanson’s account, there has been time for adaptation and development of norms. But will that always be the true if instead of significant information and communication technologies being introduced every couple of hundred, or even every fifty or so years, they are being introduced every couple of years? It will be interesting to see what happens over our lifetimes, and how governments and international organizations evolve as a result.
[Crossposted at a shared-student blog at which I am a contributor.]