One Laptop Per Child and Intel Join Forces
dan the person writes "A Wired piece informs us that Intel and the OLPC project have put their bickering behind them. They have joined forces to ensure 'the maximum number of laptops will reach children'. '"What happened in the past has happened," said Will Swope of Intel. "But going forward, this allows the two organisations to go do a better job and have better impact for what we are both very eager to do which is help kids around the world." "Intel joins the OLPC board as a world leader in technology, helping reach the world's children. Collaboration with Intel means that the maximum number of laptops will reach children," said Nicholas Negroponte, founder of One Laptop per Child. The new agreement means that Intel will sit alongside companies such as Google and Red Hat as partners in the OLPC scheme.'"
Before the US becomes a 3rd world country due to competition from
India and China who can get the OLPC Laptop in special deals to
make their next generation of children more competitive?
*** Sigs are a stupid waste of bandwidth.
But at the same time I feel like it's a waste of money compared to better causes, like I dont know, FEEDING or MEDICINE for kids. Granted I grew up poor, and I wish I had a laptop when I was in high school and younger would have been able to kick start my career even earlier. But even then if it came to me having a free laptop, or seeing the kid down the street who eats government peanut butter on bread (no jelly) every day and no medical insurance. I'd gladly give it up to feed him/her for a while.
From a small thinking perspective this project is great, from the big picture it's just diverting funds that could have been better used. For those about to flame me, Yes we should go to Mars! But we should we get things straight down here first.
Heck, we basically live in a sci-fi world looking through the eyes of a 1930s person.
They would have never have thought you could get a computer into the size of a watch.
Secondly, there is more to computer and technology group than coders.
I don't know what your background is specifically, but something that electronic engineers learn in their very first year of classes is a little thing called the transistor and boolean algebra. Thats kind of pretty much where our modern electronics stem from at the moment.
I can build you an AND gate an OR gate, a NAND gate out of 3 cent transistors. If I plug enough of those transistors together in logical patterns I can basically make the equivalent of a processor (it would huge and weak compared to today) but its a start. Size would take a step back till the miniturization could be redone I suppose, but its not quite the apocalyptic scenario you make it out to be.
I know it's off-topic (sorry), but (s)he asked, so here goes....
For starters, you're talking about houses that are built on the assumption of a centralized water supply system, which doesn't currently exist to any meaningful degree. The same can also be said for the new schools and nurseries. In addition to assuming water will be supplied, the builders assume an availability and usage rate of water that while reasonable in North America or Europe for instance (and we use LOTS of water, btw) is simply unrealistic and prohibitively expensive to run -- it becomes a burden. It's like driving a SUV when you can only afford gas for a moped.
It's not a simple issue, but to provide some context even a family that manages freshwater sparingly (saltwater for bathing, etc) will spend about 30% of their household income on water. Aside from the potential losses in the house itself (from e.g. higher flow rates than would otherwise be used), the very nature of centralized systems (which are typically leaky and lossy even in modern North American and European cities) raises the expense for a user, even before factoring in excessively leaky pipes and the repercussions from a lack of metering.
If you're interested/curious about other aspects, let me know and we can talk more about it in a more appropriate forum.
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Science -- Sealed, Delivered.