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Comment: hold your horses. (Score 1) 48

by ikejam (#43125267) Attached to: Singaporean University Snubs Lauded (But Anti-Censorship) Professor
Woah.. lets not go on to full Singapore bashing mode .. the country (city-state) has achieved some incredible things.. not least of which is continued economic prosperity amidst the carnarge, as well as an incredibly safe, stable and clean living habitat for the populace. Ofcourse there are gripes, freedom of speech does not stand up to the western definition of it..but atleast they are pretty honest about it. The city and its government has punched far above its weight. I think it would only be fair to analyse the state of affairs in that context.
Unix

Why Do We Name Servers the Way We Do? 1397

Posted by ScuttleMonkey
from the just-no-more-muppets-please dept.
jfruhlinger writes "If you use a Unix machine, it probably has a funny name. And if you work in an environment where there are multiple Unix machines, they probably have funny names that are variations on a theme. No, you're not the only one! This article explores the phenomenon, showing that even the CIA uses a whimsical server naming scheme." What are some of your best (worst?) naming schemes?

Comment: Price, the only consideration? (Score 1) 249

by ikejam (#24900883) Attached to: Dell To Sell Its Computer Factories
"Contract manufacturers can generally produce computers more cheaply because their entire operations are narrowly focused on finding efficiencies in manufacturing, as opposed to large firms like Dell, which must also balance marketing and other considerations." - So Are Marketing and Other (Design, Reliability, QC? ) considerations no longer important?
Biotech

Nanoscale Analysis Labs 20

Posted by samzenpus
from the just-add-a-drop-of-water dept.
FiReaNGeL writes "Imagine being able to rapidly identify tiny biological molecules such as DNA and toxins using less than a drop of salt water in a system that can fit on a microchip. It's closer than you might believe: in a paper appearing next week in PNAS, a team of researchers proves for the first time that a single nanometer-scale pore in a thin membrane can be used to accurately detect and sort different-sized polymer chains (a model for biomolecules) that pass through or block the channel. This could lead to rapid detection systems for pathogens and toxic chemicals."

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