Plus, its sort of a bad deal for the contestants, isn't it? Expand many man-hours of effort groping for a prize that probably won't materialize. No one is guaranteed to 'win,' but Google is guaranteed to get lots of free labour!
Just a thought before you enter into something like this...
I infer from the article, specifically the phrase "tech gene," that he wants his child to have a computer so that he can learn how to use it / tinker / maybe even write a simple program. Use the computer for creative/technical purposes, not merely to consume online entertainment media (youtube / netflix / porn / etc...).
When my dad got our first computer (a 22 MHz 486SX/w a 1x CD-ROM drive), obviously we didn't have an internet connection. So I learned how to draw pictures for my parents with MS paint, how to program simple games in Microsoft Q-BASIC, how to write a story in MS Write, and generally how to accomplish different tasks with the computer on my own. I think computers have come a long way these days, but unfortunately things like modern web browsers, streaming video, and highly interactive user interfaces have obscured the value of just learning basic computer literacy (and yes, I include the ability to write a simple program or shell script part of basic literacy).
Therefore, I agree with jhigh, that loading some Linux flavor would be the best bet. Its user-friendly enough that loading new programs and games is trivial (therefore not frustrating), but still allows the user exposure to the more inner workings of an OS, via the shell, if one so chooses.
Also agree... went regularly as a kid, then not for many years. When I came back I was very disappointed by the way things were dumbed down (although having a Master's in Physics probably also had something to do with the fact that everything seemed "too simple" lol).
FYI -- open source software runs on lots of medical devices. Many software products driving CT & MRI scanners, machines used to guide brain surgery, even anesthesia equipment all run on top of GNU/Linux or other forms of OSS.
Its just TDMA call-forwarding no reply. Example: from AT&T's website
(http://www.wireless.att.com/learn/basics/choosing-features-services/call-forwarding.jsp):
* Immediate Call Forwarding: Dial *71 and the 10-digit number to which your calls should be forwarded. Press Send.
* Call Forwarding Busy: Dial *73 and the 10-digit number to which your calls should be forwarded. Press Send.
* Call Forwarding No Reply: Dial *74 and the 10-digit number to which your calls should be forwarded. Press Send.
This is called nuclear physics (and radiochemistry, to label molecules with the new element isotopes). This has been done for a looong time with PET tracers. Professors at various institutions have made hundreds of different compounds labeled with radioactive isotopes to observe all sorts of biological processes. Although new accelerators will be able to create a wide variety of elemental isotopes, its by no means "new" or "breakthrough" in my opinion.
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Plus, its sort of a bad deal for the contestants, isn't it? Expand many man-hours of effort groping for a prize that probably won't materialize. No one is guaranteed to 'win,' but Google is guaranteed to get lots of free labour! Just a thought before you enter into something like this...
I infer from the article, specifically the phrase "tech gene," that he wants his child to have a computer so that he can learn how to use it / tinker / maybe even write a simple program. Use the computer for creative/technical purposes, not merely to consume online entertainment media (youtube / netflix / porn / etc...). /w a 1x CD-ROM drive), obviously we didn't have an internet connection. So I learned how to draw pictures for my parents with MS paint, how to program simple games in Microsoft Q-BASIC, how to write a story in MS Write, and generally how to accomplish different tasks with the computer on my own. I think computers have come a long way these days, but unfortunately things like modern web browsers, streaming video, and highly interactive user interfaces have obscured the value of just learning basic computer literacy (and yes, I include the ability to write a simple program or shell script part of basic literacy).
When my dad got our first computer (a 22 MHz 486SX
Therefore, I agree with jhigh, that loading some Linux flavor would be the best bet. Its user-friendly enough that loading new programs and games is trivial (therefore not frustrating), but still allows the user exposure to the more inner workings of an OS, via the shell, if one so chooses.
Also agree... went regularly as a kid, then not for many years. When I came back I was very disappointed by the way things were dumbed down (although having a Master's in Physics probably also had something to do with the fact that everything seemed "too simple" lol).
FYI -- open source software runs on lots of medical devices. Many software products driving CT & MRI scanners, machines used to guide brain surgery, even anesthesia equipment all run on top of GNU/Linux or other forms of OSS.
Its just TDMA call-forwarding no reply. Example: from AT&T's website (http://www.wireless.att.com/learn/basics/choosing-features-services/call-forwarding.jsp): * Immediate Call Forwarding: Dial *71 and the 10-digit number to which your calls should be forwarded. Press Send. * Call Forwarding Busy: Dial *73 and the 10-digit number to which your calls should be forwarded. Press Send. * Call Forwarding No Reply: Dial *74 and the 10-digit number to which your calls should be forwarded. Press Send.
This is called nuclear physics (and radiochemistry, to label molecules with the new element isotopes). This has been done for a looong time with PET tracers. Professors at various institutions have made hundreds of different compounds labeled with radioactive isotopes to observe all sorts of biological processes. Although new accelerators will be able to create a wide variety of elemental isotopes, its by no means "new" or "breakthrough" in my opinion.
http://xkcd.com/375/