Huitzilopochtli's blog, page 1

Last login: 32 hours agoHuitzilopochtli: Huitzilopochtli is a 20 year old guy from Monterrey, Mexico.; Likes 833 pages, 148 videos, 6 photos • 17 fans • Received 1 review; Member since Aug 05, 2005

Favorites » His Blog

http://www.cogentmetal.org/aux/archives/2008/if-you-arent-using-firefox-smart-ke…: Jul 29, 8:40am 82 reviews firefox •http://www.cogentmetal.org/aux/archiv...; This is totally retarded, there's a SEARCH BOX 2 cms. from the address bar for a reason, and you can practically add a search plugin for every search engine there is (I'll give you a tip, use this: https://addons.mozilla.org/en-US/firefox/addon/3682).

There's absolutely no reason to use this.

TORRENTS | TO | Your BitTorrent Search: Jun 3, 1:05pm 68 reviews •http://www.torrents.to/; Scrapetorrent

I Power: Jun 3, 1:01pm 177 reviews united-states •http://ipower.ning.com/netneutrality; ...Americans

Free Personality Test - 41 Questions. 1 Personality.: Apr 24, 4:30pm 105 reviews •http://www.41q.com/index.41q?a=1; Those questions don't have anything to do with the actual theory. The creator of the questionnaire is too much of an S to understand a deep and complicated theory like MBTI.

SeeqPod Search Queries: Apr 23, 9:40pm 1 review internet, seeqpod •http://www.seeqpod.com/world.php; Seeqpod's worlwide search activity in real time.

Democracy Index - Wikipedia, the free encyclopedia: Apr 21, 10:52pm 2 reviews politics •http://en.wikipedia.org/wiki/Democrac...; lol @ United States in 17th place.

YouTube - Tijuana No - Pobre de Ti: Apr 20, 5:42am 1 review music, video, tijuana-no •http://video.stumbleupon.com/?p=5331v...; Un cl�sico.

INTP: Apr 14, 11:34pm 1 review psychology, myers-briggs, intp, personalidad •http://www.odiseajung.com/tipos-psico...; Descripci�n general de la personalidad y tendencias del INTP.

Reality Conditions: My work (1): Particle detectors and the Unruh effect: Apr 9, 6:29pm 1 review physics, unruh-effect •http://realityconditions.blogspot.com...; "This is called the Unruh effect, and can be summarised as follows: the vacuum state of a quantum field appears to a uniformly accelerating observer as a thermal state with temperature proportional to the acceleration."