Interpretation of the Feynman Path Integral in QTIP Cosmology

This paper interprets the Feynman path integral, which is a fundamental concept of modern quantum theory, from the perspective of QTIP cosmology. In this interpretation, the conventional Feynman path integral is redefined through the information processing and representation structure of QTIP cosmology, and through this, it is shown that the corresponding path integral can be interpreted as an equation representing the path structure resulting from Tick (T4)-based state transition and the real -domain expression of absolute information proposed in QTIP cosmology.