Abstract
The application of Relativistic Quantum Field Theory to the field of hypernuclear physics is discussed. A brief review is presented of some recent results and applications of a relativistic model to study the nuclear electromagnetic response function. The nuclear linear response and the RPA approximation is summarized in the context of a relativistic theory. Recent results are shown for hypernuclear structure and plans are discussed for using these results as input in high momentum transfer hypernuclear formation reactions such as (e, é, K +) and (π +, K +).
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