Consortium sponsorship is the most frequently selected option. A consortium connects a group of sponsors with a group of Lab faculty and research staff focused on a common agenda. The cost of joining a consortium is $200,000 per year, for a minimum of three years. Consortium sponsors receive full intellectual property rights—license-fee free and royalty free—to all work developed at the Lab during their sponsorship years.Note that this menu is out of date, as other sections of the website say they now have a $35 million annual budget, instead of the $25 million in this PDF.
Corporate Research, for $400,000 per year, provides all the benefits of consortium sponsorship with the added benefit of an employee-in-residence at the Lab.
Graduate Fellow sponsorship, which provides the sponsor with an opportunity to connect with specific students and research groups, in areas of particular interest. The cost of supporting a fellow is $75,000 per year. Student fellows can carry the sponsor’s name, and can rotate annually.
Directed Research offers a parallel funding track to accommodate federally sponsored research and large-scale contracts.
My view of the MIT Media Lab will be forever tainted by the One Laptop Per Child project. How about fresh water, food, and basic education? Guys?You don't think computers can help kids get an education? I found OLPC pretty ridiculous in a lot of ways but the basic idea of getting computers to people is a good one. In particular lots of people in 3rd world countries have cellphones now. And it spurred the whole netbook trend. In fact it probably costs a lot less money to get someone a laptop then it does to get them a k-12 education. It's not like you have to do one or the other. Plus I'm annoyed by the general "why not do this when there's $other problem if no one did anything until the biggest problems were solved nothing would ever happen. Multiple people can work on multiple things simultaneously.
Richard Stallman alone has probably had more productively progressive 365 day periods than the entirety of MIT's best year in that vein. MIT is excellent at producing numerical engineers, and slightly less so at creating audacious game-changing visionaries.Uh, you know Richard Stallman worked at MIT, right? Or was that the joke?
hey, come with me to my EE lecture, it will be awesome." I went there and this guy lecturing to a room of about 150 students held up this little chip, an Intel 8008 chip, and he extolled its virtues as the first real computer on a chip. He was right.Well, first of all the first real CPU was the 4004. And second of all the industry did a lot of 'technological laundering' to get products designed for the military out into the consumer space. Intel may have made the first CPU on spec for a calculator company, but the company the founders came from, Fairchild Semiconductor obviously had lots of military contracts.
So, you know this chip was commissioned by a Japanese calculator manufacturer, and built at Intel in California? And it had nothing whatsoever to do with military or telco contracts?
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posted by ancillary at 5:11 PM on April 25, 2011 [10 favorites]