This is done by exhibiting both the prehistoric remains and the castle itself through many forms of technological support, including multimedia interactive applications and artificial intelligence functions alongside computerized simulations. a growing body of researchers from the social and computer sciences are using computational experimentation in a highly exploratory way. the work done in this area is less "simulation" and more "construction". by analogy with artificial intelligence and artificial life, this synthetic approach has become known as artificial societies. it is argued that artificial societies can aid memetic theory-building ultimately producing theories and hypotheses that can be tested in the real world. current work (hales 1998c) involving construction and experimentation with an artificial society in order to aid the building of meme theory around the processes of stereotyping and group formation is outlined. advances in systems logic, artificial intelligence, and informatics are impacting the way we "formulate" reality. indeed, info-tech is invading every aspect of our public-professional and individual-private lives - from manual arts and labor-intensive production to creative mental work and abstract thought articulation. one of the objectives of artificial intelligence has been the modeling of "human" characteristics, such as emotions, behavior conscience, etc. but in such characteristics, we might find a certain degree of contradiction. previous work on modeling emotions and their problems is reviewed. a model for emotions is proposed using multidimensional logic, which handles the degree of contradiction that emotions might have. the model is oriented to simulate emotions in artificial societies. the proposed solution is also generalized for actions that might overcome contradiction (conflictive goals in agents, for example.)