Title: A Quantum Mechanics Approach 
       to Modeling the Dynamics of
			 Gene Regulatory Networks and
			 A Susceptible/Infectious (SI) Population
			
A quantum mechanics framework is constructed in order
to model the dynamics of a gene regulatory network as 
well as a susceptible/infectious population. We discuss the
necessary creation and annihilation operators as well as
the Markov generating function, whose solution determines
the dynamics of the discrete probability distributions.
The associated model is a first order PDE which can
(hypothetically) be solved in closed form.