*** 33 New Molecules Solved Including Alkanes of Infinite Length! 
***
         03/10/06

   Theoretical Breakthrough: Molecules Exactly Solved for the First 
Time
   - For the first time, significant building-block molecules of
   chemistry were successfully solved using physical laws in exact
   closed-form equations having fundamental constants only. And 
recently,
   a closed-formed solution was derived that accurately predicts
   (five-figure accuracy, the limit that can be measured) the 
parameters
   of any straight hydrocarbon chain to infinite length. These results
   indicate that all molecules can be solved exactly and seamlessly by
   classical quantum mechanics (CQM). This result was impossible using
   prior mathematical modeling approaches with inherent intractable
   infinities and unsolvable multi-body interactions. The prior
   state-of-the-art comprised experience-based curve fitting methods.
   Approximations of the solutions involved extraordinarily 
complicated
   algorithms with many nonphysical adjustable parameters and
   trial-and-error correction routines that were run on advanced
   computers requiring enormous numbers of computations. The 
implications
   of simple, physical, exact solutions of molecules for chemistry are
   akin to those of solving the structure of DNA to biology and
   sequencing the human genome to medicine. Molecular computer 
modeling
   is a $2 B a year market with many 100s of millions of government 
and
   industry dollars invested in computer algorithms and super computer
   centers. It is the largest effort of computational chemistry and
   physics. For more details see Chapters 13 and 14 of Dr. Mills' 
Book,
   "The Grand Unified Theory of Classical Quantum Mechanics"









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