AIDS: Most Ineffective Biological Weapon Ever?
Saturday, May 8th, 2010
Yes, the US had a major biological weapons program for many years. So did the Soviet Union and so did the United Kingdom. Numerous other countries dabbled in biological weapons research at one time or another. Some programs did experiment with various exotic viruses and bacterial conditions. In general, pathogenic bacteria have been preferred for weapons use, as they can be easily cultured in mass and will grow in the environment, not requiring direct contact between hosts to transmit the infection. The ability to sequence and combine genetic material existed in only the most rudimentary forms prior to the 1990’s, but biological weapons programs did use the genetic engineering technologies and hybridization methods available to some extent.
However, AIDS didn’t come from any of these programs. It came from non-human primates and made the jump to humans some time in the 19th or early 20th century – although it is remotely possible that it existed in humans even earlier. The most likely explanation for the transmission to humans is the consumption of bushmeat. It existed in isolated populations in Africa for some time before entering the industrial world and rapidly spreading worldwide in the 1970’s.
Lets stop and consider something. If HIV was actually created as a biological weapon, it’s arguably the worst, most ineffective, most poorly chosen biological weapon ever created. It has none of the traits that an effective biological weapon should have and nearly all the traits that make an organism a very very poor choice of biological weapon.


An earth battery is pretty simple in principle. Two metal rods are driven into the ground, ideally in soil that is reasonably wet or at least moist and has a slightly acidic pH. The rods are made of dissimilar material, for example iron and zinc or carbon and zinc or copper and iron. If the rods are connected to a voltage meter, you will find that there is a small amount of electricity being produced. The voltage is generally low and the potential amperage is low as well, but if the conditions are descent you can use this current to drive a small load such as an LED or a digital watch.











