Publisher Summary This chapter focuses on hyper-cycle, origin of life, and DNA code. It discusses two main approaches to devise a model in which a lot of information can be maintained in small volume over many generations. In the first, a semi-isolated compartment must be provided to give an information system a chance to develop. In the second, some sort of a chemical reaction scheme must be found that is self-perpetuating. Differential equations studied in the hyper-cycle model apply to any cyclical chemical reaction system, biological or otherwise. The hyper-cycle is suggested by the cyclic property of the DNA-protein synthesis reactions in modern organisms. DNA contains the information for constructing proteins that are in turn necessary to construct more DNA. The main feature and properties of this model explain probably many unsolved problems of the origin of life and the genetic code. The chapter discusses ATP synthesis, dehydration synthesis, and hydrolysis. It discusses the pattern formation that is the cellular process from the cell origin to self-creation of the whole organism.