June 8, 2011

Premature Announcement, and SNEO

At the end of this year, this blog will undergo a major cosmetic change.

I wonder why the phrase 'Paradigm Shift' lingered in my mind when I typed the previous sentence.


Also, it's time for a round of 'Scientific Names for Everyday Objects'!

First, a comic.

Picture very related.
Do you see why I post SNEO segments on this blog now? evilface.jpg


Offline Information Retrieval Terminal

 Nutrient Displacement Device

 Analog Portal Activation Peripheral

 Anhydrous Sodium Chloride Stimulator



And as always, at the end, I leave one picture for you, the reader's input.

Kindly name the following object in similar fashion:


Until next time.

June 5, 2011

Life Tips + stuff you should read.

There's this .doc file that has been floating around the interwebs in image form. I have recently acquired the original copy and would like to share it with all of you. Highly recommended.

This file is a MUST READ. It will do you no harm.

(Kindly leave a comment if said link does not work)

Pro Tips

Also, here are stuff that I found over the last few days which prove to be interesting:

Insurance @ wikipedia
Permanent life insurance @ wikipedia
Travel insurance @ wikipedia
Health Insurance @ wikipedia

You: whoa, what's with the sudden influx of insurance links?

Well, recently insurance has become more and more popular amongst the netizens and people argue without presenting solid facts/evidence. Some people seem to have education wasted on them. I think all of you should read up on insurance and at least, not embarrass yourselves whenever someone brings up the insurance topic.

obligatory random image
Again, I highly recommend that you click the links above. Until next time, comrades.

June 3, 2011

Lasers from fighter jets distort trajectory of heat-seeking missiles

A current aircraft gadget will help protect fighter jets from incoming heat-seeking missiles, by blinding the trailing weapon with a high-powered infrared beam. 

The device, about the size of a ps2 console, uses lasers to send out pulses of infrared light. It creates a gigantic heat mask, which interferes with the heat-sensor on the missile. This distracts the weapon and hides the aircraft’s primary heat sources (engine and exhaust)

The aircraft then has to perform midair maneuvers to escape the predatory weapon’s grasp. Normally, aircraft use more traditional lasers, which only operate on a single wavelength. If the infrared radiation countermeasure isn’t on the same wavelength as the incoming missile, it will have the opposite effect, increasing the aircraft’s heat signature, rather than masking it. The military has to rely on gathered intelligence to choose the most effective countermeasure.

The new laser is small and durable enough to fit on the outside of most fighter aircraft. It will likely be rolled out in 2011, once the size has been reduced even further and the laser made up to four times more powerful. Helicopters are planned to be the first to get it, with fighter jets coming later. 

Will this spell the end for heat-seeking missile? Probably not, as heat-seeking missiles are one of the most effective anti-air option for defense or assault. As mentioned earlier, intelligence is vital for the IRCM to succeed. 

Knowing the enemy's missile wavelength is paramount for the IRCM to save the lives of the fighter jet pilots.