Poorly Done Harvard Study Leaves More Questions Than Anserwers About Fluoride.

First of all never ever ever ever confuse the parts with the whole, by looking at just one ion, ions come in pairs. You won't normally find an Anion without a Cation. When you say fluoride be specific about which type of "fluoride" you are referring to is it Sodium Fluoride, Calcium Fluoride, or Fluorosilicic acid, Silicon Tetrafluoride or what? These are not at all the same thing. Also are there any impurities in the substance or differences in diet?

Also the IQ test is an extreme logical fallacy, known as the presumption of superiority, it favors children who's parents have more time, more money and more education. It is only a series of question so which question did children in high fluoride areas get wrong and why? Also age may be a very significant factor how old is the person taking the test? Does the IQ change over time? Does the nervous system, show a repair and decay cycle? what triggers that cycle? How does this affect growth.

Looking at Sodium Fluoride I notice both ions only form one bond. If you want good structural integrity you need at least 2 bonds. Suggesting this anion, cation pair is good for building, is like suggesting that a group of one armed people could form a long chain, simply by holding hands. Also I am concerned about the damage Sodium Fluoride does to the nervous system especially in the absence of Sodium Chloride, because Fluoride is smaller and more electronegative it would react differently in the nervous system. (at sometime in the "History from the perspective of an American Idiot" plans to wright about what it's like to have Sodium Fluoride in your nervous system.
Also how long has this product been in the food and water supply? I have read is the a mostly a product of fertilizer production.

However don't forget the possible uses of this substance. Well it's small electronegative structure, makes a poor signal generator, because nerves would take longer to charge and can fire at significantly higher voltage, it also could make it an excellent battery because it can hold a higher charge in a smaller space than any other element in the Halogens Group.

I have read Calcium Fluoride is found naturally in well water. I suspect the Calcium Fluoride could lead to strong bones and teeth because it's structure can form at least 2 bonds.


Science Challenge: Explain how higher internal surface area can make a person more vulnerable to toxins and parasites, by creating a place for things to happen. How might a growth and repair cycle get out of hand? Could removing stresses be a better way to treat cancer why or why not?

Here is a link to the study
http://www.infowars.com/harvard-study-fluoride-lowers-childrens-intelligence-by-7-iq-points/

http://chemistry.about.com/od/chemistryterminology/a/What-Is-The-Difference-Between-A-Cation-And-An-Anion.htm

Here is a list of common cations like Sodium and Calcium and a list of common Anions like Fouride and Cloride.
http://myweb.astate.edu/mdraganj/cationanion.html

The Age of the Atom

Let me welcome you to the next age. Let me introduce you to a revolutionary new building material that is very small. Atoms have made up everything, but our understanding of them could help create a new age of machines, "The Age of the Atom."

Orbital theory is a powerful tool that can be used to create tiny machines. What was once water pollution can now be turned into batteries. Sodium Fluoride could be very useful for storing energy collected from plants passed through small carbon nano-tubes. To power smaller more complex machines.

Science Challenge:

Atomic Lego's
Design building blocks to simulate Atoms and explain atomic theory and orbital theory.

Suggested reading:

How batteries are made from Ions.
http://support.radioshack.com/support_tutorials/batteries/bt-cazi-main.htm

Shows, the general periodic table trend of electronegativity
http://www.webanswers.com/post-images/E/ED/2D1AADE5-459A-4661-9085E7BB4665F569.png

Nernst Equation
http://chemwiki.ucdavis.edu/Analytical_Chemistry/Electrochemistry/Nernst_Equation