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Having said this (and that's a bit of a rhetorical trick), he argued that threatening the freedom of this kind of usage of media equals threatening the freedom of speech itself. So you could regard this as the pinnacle of today's tools of creativity, even the most important contemporary form of expression, probably even replacing speech and text in an American mass-media context as the main means to reach people. Popular examples are the anime music-clip subculture like the Muppet Hunter, the Jesus Christ the Musical-clip or lots of pieces that borrow from news networks' footage to make their own suggestive edits. Especially the whole mashup-culture is heavily relying on the techniques and the mindset of digital creation and open access to other's works for sampling from and building upon, etc. But – since a few years, code, or rather the tools that had been coded have become a main element in the creation of culture as we use and witness it today.
#Vdmx class brooklyn code#
The fundamental change is the fact that code had been used to create things like printer-drivers and such.
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| | | digg | reddit | furl | technoratiĪ short recap of Creative Commons-founder Lawrence Lessig's evangelization talk (or rather motivation session for the converted) at 23C3 in Berlin about the differences between culture and code.
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Originally from Engadget by Cyrus Farivar Researchers slow light to a “crawl,” photonic computers imminent We’re sure that once this technology gets transferred to consumer-grade laptops (like, say in 2020), we’ll be able to render 12-dimensional shapes in no time at all. Still, all of this research is another step forward in “photonic computing,” which aims to use trapped light to usurp more traditional electron storage in traditional computer logic. We ought to point out, though, that this isn’t the first time that light has been slowed down so much, with a team at Harvard achieving the task last year by using ultra-cold Bose-Einstein condensates, and another study at Harvard showed in 2003 that light could be slowed all the way to 38 mph. This might seem like a Sisyphean task, but those Japanese scientists have done it - researchers from the telco giant have just published a paper in the January edition of Nature Photonics showing that by using synthetic “photonic crystals,” light can be slowed to 5.8 kilometers per second (it normally goes at about 300,000 kilometers per second). While other divisions of NTT are trying to rev up data transmission rates as high as possible, others are trying to slow down the speed of light.