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This one has gone back and forth a bunch, with the bottom line being that Apple is scared shitless that people will be able to write and run their own code for a hardware piece they bought and now own, but was built by Apple. OK, fine, they want to control everything Apple, But why are they trying to blackball/control a Commodore 64 emulator? Oh, yeah, the C64 included a built-in programming language (Commodore Basic, which supported Uni-Code). They have finally allowed the Commodore 64 to Live!, even if only as cripple-ware. Two of the best links are C64 iPhone, and the wait is over for the C64 iPhone interface…

Bottom line, a version of the 64 still lives; Observe:

We’re glad you made it; welcome to the future! Right now a lot of the backbone that feeds the routers that feed the cable modems and other WAN/LAN interfaces runs at 10Gig. That isn’t because the switching technology can’t support higher throughput, but rather the ability to encode data for a higher bitrate and throughput has been lacking… until now. Over at Cornell a team has developed a Time Lens system, a chipset that takes that 10Gig baseline data rate and uses an optical split-and-recombine setup to turn it into a 270Gig output to the same optical distribution system. True Broadband may be on the horizon at last, and the same technology could help speed up the end-users computers as well. And here is another fine production that makes you think from TeacherTube.

This week saw a few important birthdays in the evolution of Nerd and Geek culture which I thought I should mention. To start, on the 1st of September, 1902, the very first science fiction movie ever made was released: La voyage dans la Lune. I find it fitting that it was based on two stories about human space travel, one written by Jules Verne and the other by H. G. Wells. After all, between them they invented modern science fiction as a written art form, so it is appropriate they would inspire the first movie (and ironic that Wells would also become the movie critic for a British newspaper who panned Metropolis in 1925). One day after the birthday of Sci-Fi films was the birthday of the Internet; on September 2nd, 1969, two computers in two different locations exchanged packets over some twisted-pair copper. So Happy Birthday, all of us Nerds and Geeks! I think I’ll celebrate by voting for the Scream Awards nominees I like best, and then going to see It Might Get Loud, and follow that up with Gamer. Sounds like a party!

The folks at io9 have put together a fun little chart graphing the science fiction after Star Trek (TOS). It goes rather nicely with one they posted a week ago, a timeline of Time Travel, which shows the start and end jumps of many fictional time travelers. Doctor Who was left off the chart, or you wouldn’t be able to see any of the other travelers (he may get his own chart later). Paste has a small but accurate chart comparing the Best and Worst of SF: District 9 vs. Plan 9 that you might also enjoy. To see more Chart Porn, stop by Information is Beautiful.

Paste Magazine has a very insightful article about the four movies that saved SciFi this summer; District 9, Moon, Cold Souls, and , of course, Star Trek. In the real world (a place I sometimes visit), a few new twists in the development of the Web are mentioned by MIT’s Technology Review. First, using White Space for Wi-Fi was proposed this week at SIGCOMM 2009. In the old analog TV days, the White Space was the empty spaces in the video datastream where things like closed captioning could be inserted. These days it means the gaps between existing digital Radio and TV transmission spectrum allocations. While this process has been going on for a while, with Google, the FCC, and many others fighting over the bandwidth, the SIGCOMM presentation makes it a global push. Even more interesting, it looks like we are several steps closer to building a quantum internet, and the quantum computers to run on it.

Graphing real-world data in real time in a 3D virtual world… that is what Glasshouse is all about, and it is pretty amazing. It works in environments like Second Life, or as a stand-alone using the Sun Java JRE6 or JDK6. You can read a good interview and watch some video demo’s over at Maxping, and if you have Java installed try out the Applet environment. This is an excellent tool for making complex arrays of data visually comprehensible, such as genomic progressions, biochemical reactions, or N-body gravity interactions.