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Shane J. Cronin

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Articles

SHI Joins Tokenomics Foundation to Build Open Standards for AI Cost and Value

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By Shane J. Cronin, J.R. Storment
| Compare the Cloud Verified
Governance of AI infrastructure costs has become one of the more pressing problems facing enterprise technology teams. As organisations scale generative AI and agentic applications from proof-of-concept into production, the underlying economics — what tokens cost, what they produce, and whether that production justifies the spend — remain poorly standardised. The Tokenomics Foundation, launched in early June 2026 under the Linux Foundation, is an attempt to fix that.
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Far-reaching volcaniclastic density current deposits as evidence of explosive marine eruptions

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By Jacob Nash, Michael Clare, James Hunt, Andrew Cundy, Sally Watson, Richard Wysoczanski, Sarah Seabrook, Kevin MacKay, Shane J. Cronin, Joali Paredes-Mariño, Cian McGuire, Isobel A. Yeo, Taaniela Kula, Rennie Vaiomounga, Miros S. J. Charidemou
| Nature Verified
Abstract Underwater sediment density currents triggered by marine volcanic eruptions threaten island communities and infrastructure, while their deposits provide archives of past eruptions. Despite their significance, scarce real-time density current observations and concurrent deposit samples limit our understanding of their behaviour and relationship to varying volcanic mechanisms.
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Low sulfur emissions from 2022 Hunga eruption due to seawater–magma interactions - Nature Geoscience

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By Jie Wu, Shane J. Cronin, Marco Brenna, Sung-Hyun Park, Alessio Pontesilli, Ingrid A. Ukstins, Kyle Hamilton, Chris Firth, Terry Plank, Jitraporn Vongsvivut, Annaleise R. Klein, Frank Ramos, Joali Paredes-Mariño, Mila Huebsch, Diego González-García
| Nature Verified
Abstract The explosive January 2022 Hunga submarine eruption in Tonga injected unprecedented water volumes into the upper atmosphere, generating widespread climatic impacts. However, it ejected anomalously little sulfur compared with other eruptions of similar volume. We explain the missing sulfur with volatile budgets calculated from volcanic ash samples spanning the eruption. We show that magma was stored in a weakly stratified reservoir at 2.1 km to >5.6 km depth.
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