Announcing A New Bonding Structure For Benzene and A New Molecular Theory, G-Unit Molecular Theory

A new bonding structure for benzene has been theorized in conjunction with a new molecular theory. The new structure and theory have distinct advantages over molecular orbital theory, hybridization, and the standard model molecular view.

Erlanger, KY (PRWEB) March 12, 2006 -- Announcing that a new bonding structure for benzene has been theorized along with a whole new molecular theory, G-Unit molecular theory. Benzene, an important organic molecule, which the standard model using Lewis structures has difficulty representing, has a new theoretical molecular structure now (gunittheory.com).

Up until now, there was one conventional and one unconventional way to represent benzene. The conventional way was to use alternating single and double bonds in the representation of the six member ring. However, research proved that this structure was wrong because the same energy was generated by the breaking of each of the six bonds, proving that alternating single and double bonds were not adequate to represent benzene. An unconventional "stop gap" representation for benzene was then introduced where a circle was inscribed within a hexagon to reflect the structure having equal energy for each bond. However, the "stop gap" structure is also invalid because it breaks from Lewis structure convention. "You might just as well do away with Lewis structures as to represent benzene in this unconventional manner."

Todd Gooch, a degreed chemist from Northern Kentucky University, is independently announcing a new molecular bonding structure for the organically and biologically important molecule benzene to support his new molecular theory, G-Unit molecular theory. The new structure proposed for benzene represents the molecule in detail never before theorized with equal representations for structure and corresponding bond energy at each of the benzene carbon-carbon bonds. The best way to describe these bonds is 1 and a 1/2 bonds for each of the carbon-carbon bonds in the six member ring.

"The best thing about this new structure is that in order to theorize it, I had to come up with a whole new molecular theory, G-Unit molecular theory, to keep this structure conventional with the rest of chemistry. I am currently working on acid/base reaction pathways and find single phase organic chemistry is the easiest type of chemistry to theorize about right now. Considering the value to science and humanity, the distinct possibility of new medicines and chemicals being synthesized, and the fact that I did it independently first - ahead of the rest of the scientists today, I am issuing this press release. If you want to see the next generation chemistry I am doing, sign up for my journal at gunittheory.com because that is the only place you can find this new information. I will be publishing my work on acid/base reaction pathways next article and signing up is free."

The new structure for benzene may be found at the G-Unit Theory BLOG Web Journal at gunittheory.com.

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