OK, i left this site to host one on my own, and found the truth the hard way – causal blogging is the thing for me.. I think i am gonna start blogging here again… OK, now, lets see all my blogs :
Tech Share (Before : Feroz’s World) – A blog for sharing technology news with the world… 
What Ever I Think 
– All the insane & inane stuff goin through ma head…
Newb Hacker – (Seems to be offline too much, on separate host 
)
Hiya all. Well, i am hosting my blog at 10gbfree.com . So, my new blog will be http://feroz007.free10gb.com/ Later, i will give u guys a clean tutorial on “How to host ur own blog to 10gbfree.com, in 15 minutes”.
Well, i didn’t post anything for over a month now. This was because i was on the difficulties of setting up this new host server. Since i am a newbie, i got a little shaken. Anyways, all of you, from now on, please visit my new blog at :
Today, i got a mail on my inbox :
DID u see that ? And more here :
Inspired by Mount Fuji, Taisei Construction Corporation has completed designs for construction of the world’s tallest building. The X-Seed 4000 (no idea where that came from) would stand at approximately 13,123 feet (4 km), nearly 700 feet (213 m) taller than the real Mount Fuji. The next tallest buildings don’t even break 2,000 feet, how puny! While likely to never be built, the X-Seed would have up to 800 floors, and be capable of housing between 500,000 and 1,000,000 people.
Unlike conventional skyscrapers, the X-Seed 4000 would be required to actively protect its occupants from considerable air pressure gradations and weather fluctuations along its massive elevation. Its design calls for the use of solar power to maintain internal environmental conditions. Some estimate that the cost to construct the X-Seed 4000 structure may be somewhere between $300-900 billion US dollars.
Now I’m no astronomer or anything, but if I learned anything in grade school, it’s that 13,123 feet is pretty much the distance to the sun. Which means that the top floor would be perfect for a natural sauna. You heard it here first, if they end up doing that I want credit.
From the “Everything must have Integrated Speakers” department comes Mi Pillows. If you haven’t guessed by now, they’re pillows that have speakers inside. They cost $60, and are available through Hammacher Schlemmer (pronounced Helter Skelter). You can hook them up to an iPod or any other audio device and, uh, listen to music while you’re trying to fall asleep. The sewn on control patches don’t work though, so that’s a sham. On a side note, be careful what you choose to listen to while sleeping. Because last night I fell asleep to Black Sabbath and when I woke up this morning I owed my soul to the devil and had bitten the head off my daughter’s parakeet.
If you’ve reached the point in life where you honestly think you need designer drain caps in your sink or bathtub then it might be time to step back and ask yourself if there’s something more productive you could be doing. Because quite frankly I don’t think there’s a single being on this planet who needs an analog clock embedded in the top of their drain caps.
The ‘Watch Waste’ as it’s appropriately called is available from Murano House and each piece is hand made in Italy by the finest craftsman who are probably also wondering who’s actually going to buy these. The clocks even have precious stones inset into the face so if a visitor happens to take a close look at the bottom of your sink they’re sure to be impressed by your impeccable taste and attention to detail.
As for the cost, well the website asks you to email them for a quote which roughly translates to “You’re charging how much for that?!”
Your current bionic arm just not cutting it? Tired of just rocking a pirate hook? Well a team at Vanderbilt University has developed a prosthetic arm that’s powered by, that’s right folks, rocket fuel! The team came up with the idea while trying to develop a system that functions with the same strength of a human arm.
Conventional prosthetic arms do not have the strength of their flesh-and-blood counterparts, the reason being the batteries. In order to lift comparable weights, a prosthetic arm would need a massive battery, too large for the prosthesis itself. So (project leader) Michael Goldfarb started thinking about other ways to power the artificial limbs, and came up with the idea of using the monopropellant rocket motor system that the space shuttle uses to maneuver in space.
It’s pretty clear that this team lives by the same credo that I do. When trying to solve a problem, always consider some sort of projectile or explosive material in the final design. I mean, really, who needs a ding-dong anyways when you can have it torn or blown off by your bionic arm.
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