Abstract: A molecular network-based web search and information aggregation system and a process for creating a synthetic molecular network are disclosed. The amount of information and data available through the Internet is growing rapidly, yet current search through natural language-based keyword and page rank algorithm or directory search often cannot provide satisfactory relevant results. The process creates the synthetic molecular network according to a set of rules and chemistry knowledge. The synthetic molecular network is structured such that molecular information can be aggregated in ways that conform to contemporary graphing theory and chemistry rules. In this way, the molecular network-based web search and information aggregation system reduces reliance on natural language by leveraging strong relational associations between molecules that do not correlate to a set of natural language keywords.

Abstract: A molecular network-based web search and information aggregation system and a process for creating a synthetic molecular network are disclosed. The amount of information and data available through the Internet is growing rapidly, yet current search through natural language-based keyword and page rank algorithm or directory search often cannot provide satisfactory relevant results. The process creates the synthetic molecular network according to a set of rules and chemistry knowledge. The synthetic molecular network is structured such that molecular information can be aggregated in ways that conform to contemporary graphing theory and chemistry rules. In this way, the molecular network-based web search and information aggregation system reduces reliance on natural language by leveraging strong relational associations between molecules that do not correlate to a set of natural language keywords.