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About

L. Porcelli is a physicist specializing in lunar laser ranging (LLR), precision metrology, and experimental tests of fundamental physics. Their research focuses on leveraging laser retroreflector technology deployed on the Moon to probe foundational questions in gravitational physics, including tests of General Relativity and searches for new physics beyond the Standard Model. Among their most notable contributions is work on the MAGIA lunar orbiter concept, which explored how absolute positioning metrology from lunar orbit could advance fundamental physics measurements. Porcelli has also contributed to theoretical frameworks for using LLR data to constrain deviations from General Relativity and detect signatures of new physical phenomena. More recently, their work on the MoonLIGHT and MPAc retroreflector project represents a significant technological leap, advancing next-generation cube corner retroreflector arrays for NASA's CLPS program — building upon the pioneering Apollo and Lunokhod arrays that have provided centimeter-level lunar ranging precision since 1969. With cumulative citations reflecting a growing community interest in precision lunar science, Porcelli's work bridges experimental instrumentation and fundamental physics, making meaningful contributions to humanity's ongoing effort to use the Moon as a precision laboratory for testing the laws of nature.