Clive Neal Robert E. Grimm Matthias Grott Nick Schmerr Mark Wieczorek James D. Williams Bruce Banerdt Caroline Beghein Peter Chi Douglas Currie Simone Dell’Agnello Jared Espley Raphael Garcia Ian Garrick-Bethell Heidi Haviland Stephen Indyk Catherine L. Johnson Taichi Kawamura Sharon Kedar Philippe Lognonne Seiichi Nagihara Yosio Nakamura Ceri Nunn Lillian R. Ostrach Mark Panning Noah E. Petro Matthew Siegler Thomas R. Watters Kris Zacny S. Hop Bailey Maria Banks Donald Barker Hannes Bernhardt Valentin Bickel Joshua T. Cahill Jackie Clark Dani DellaGiustina Jesse-Lee Dimech Andrew Dombard Catherine Elder Lindy Elkins-Tanton Marshall Eubanks Kerri Donaldson Hanna Jan Harms Steve Hauck Lon Hood Jose Hurtado Seth Jacobson Devanshu Jha James Tuttle Keane Amir Khan Walter Kiefer Martin Knapmeyer Brigitte Knapmeyer-Endrun Krishan Khurana Juan Manuel Lorenzo Angela Marusiak Patrick McGovern Laurent Montesi Francis Nimmo Deanna Phillips Jacob A. Richardson Charles Shearer Krista Soderlund Sean C. Solomon Tilman Spohn Eleonore Stutzmann Sonia Tikoo Slava Turyshev Dany Waller Ryuhei Yamada Maria Zuber Renee Weber 2021 This white paper focuses on the scientific rationale for deploying a global, long-lived network of geophysical instruments on the surface of the Moon to understand the nature and evolution of the lunar interior from the crust to the core. application/pdf 10.3847/25c2cfeb.674dcfdf en National Academy of Sciences The scientific rationale for deployment of a long-lived geophysical network on the Moon reports