The Canyon Diablo meteorite, an iconic fragment linked to the creation of Meteor Crater in Arizona, has embarked on a new journey as it finds its home at the University of Arizona’s Lunar and Planetary Laboratory (LPL). This cosmic relic, a remnant of a primordial asteroid, promises to drive both groundbreaking research and public engagement at its new location.

Discovered near Meteor Crater, the Canyon Diablo meteorite is celebrated for its extraordinary composition. As an iron octahedrite, its detailed Widmanstätten patterns and unique mineral mix—including nickel, cobalt, and microscopic diamonds formed under extreme impact pressures—make it an invaluable specimen. This fragment not only offers a glimpse into the turbulent processes of early solar system formation but also stands as a testament to the natural history of our planet.

The transfer of this significant meteorite to UA’s LPL was executed with exceptional care and precision. Central to this successful transition was Dolores Hill, a dedicated curator and meteorite conservation specialist. Hill’s expertise proved indispensable throughout the process. She meticulously coordinated the logistical details, collaborating closely with conservation experts and laboratory personnel to ensure every facet of the meteorite’s journey was safeguarded against potential risks. From implementing strict temperature controls and secure packaging protocols to overseeing each step of the transfer, Hill’s commitment and attention to detail ensured that the meteorite's scientific integrity and historical value remained intact. Her leadership not only smoothed the complexities of this move but also elevated the standard for handling delicate cosmic artifacts.

Now secured at the LPL, the Canyon Diablo meteorite will serve as a cornerstone for innovative research and compelling public outreach. Researchers will have the chance to apply state-of-the-art analytical techniques—from detailed isotopic dating methods to advanced mineralogical studies—to further decode the ancient secrets locked within its structure. The insights gained from such studies have the potential to refine our understanding of both planetary evolution and impact phenomena.

Concurrently, the meteorite’s new placement will enhance educational outreach efforts at UA. Visitors to the lab will soon be able to engage with interactive displays that tell the story of this ancient celestial body—an enduring symbol of our cosmic past and the dynamic nature of space. Through these exhibits, the broader community will have the opportunity to connect with a tangible piece of solar system history, inspiring curiosity and fostering a deeper appreciation for the scientific mysteries that continue to unfold.