Stephanie Monty
Papers
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3
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About
Dr. Stephanie Monty is a leading figure in the field of astronomical instrumentation and space-based interferometry, with a primary focus on enabling the next generation of exoplanet discovery. Her most cited work, "Pyxis: a ground-based demonstrator for formation-flying optical interferometry" (2023, 3 citations), represents a pivotal contribution to the technological roadmap for future space missions. This paper directly addresses one of the most critical challenges in modern astrophysics: the need to develop and validate the formation-flying techniques required for space-based optical/infrared interferometers. By designing and testing Pyxis as a ground-based prototype, Monty has provided a crucial proof-of-concept for the precise, multi-spacecraft alignment needed to resolve temperate Earth-like exoplanets around Sun-like stars. Her work bridges the gap between theoretical mission concepts and practical engineering, positioning her as a key architect of the technologies that will one day characterize habitable worlds beyond our solar system. Through this focused and impactful research, Monty is helping to lay the foundational infrastructure for humanity's search for life in the cosmos.
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