Picture  of Ben Rider-Stokes

Mr Ben Rider-Stokes

Post Doctoral Research Associate, Lunar Volatiles

School of Physical Sciences

ben.rider-stokes@open.ac.uk

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Biography

I am a Postdoctoral Research Associate at The Open University, specialising in planetary materials and asteroid science. My current research integrates laboratory spectroscopy with meteorite microanalysis to interpret the mineralogy of asteroids, providing ground truth for astronomical observations and supporting ongoing and future space missions. I focus on linking differentiated planetesimals and their meteorite analogues to asteroid spectral properties, with implications for planetary formation, resource utilisation, and the evolution of the early Solar System.

Looking ahead, I aim to build an academic career that advances our understanding of planetary bodies through chemical and spectroscopic techniques, while contributing to the teaching and mentoring of the next generation of planetary scientists.

Publications

Journal Article

Rare and evolved: The distribution of silica-rich magmatism across the solar system (2026)

Crossing boundaries: Brachinites and their diverse asteroidal origins (2026)

The Noritic mineralogy of V- and S-type objects and the links with asteroid (4) Vesta (2026)

A prolonged bombardment history of asteroid 4 Vesta: Insights from U–Pb chronology of eucrite phosphates and zircons (2026)

Provenance of the bright boulders on (101955) Bennu (2026)

Insights into pyroxene-dominated surfaces and implications for ongoing space exploration missions (2025)

Evidence for late impact-induced metasomatism on the brachinite parent body recorded by a phosphate assemblage in NWA 7828 (2025)

The mystery of the missing mantle problem and insights from spectroscopy (2025)

Remnants of a lost Planetesimal: Searching for the Angrite parent body (2025)

Rapid protoplanet formation in the outer Solar System recorded in a dunite from the carbonaceous chondrite reservoir (2025)

A reappraisal of the petrogenesis of Apollo 17 lunar dunites 72415‐72417: Relics of the deep lunar mantle? (2024)

Evidence against water delivery by impacts within 10 million years of planetesimal formation (2024)

Accessory mineral microstructure and chronology reveals no evidence for late heavy bombardment on the asteroid 4-Vesta (2024)

The impact history and prolonged magmatism of the angrite parent body (2024)

Impact mixing among rocky planetesimals in the early Solar System from angrite oxygen isotopes (2023)

Thesis

Accretion of Volatiles and Impact Histories of Early-Formed Planetesimals (2023)