This fist-sized rock on the surface of Mars has been cracked open by the weight of the Curiosity rover driving over it, revealing a yellowish interior of crystalline sulfur.
The rock is part of a deposit of native sulfur, which has been preserved for three billion years. It is interpreted to have been formed by the eruption and solidification of a subsurface sulfur-rich vapor.
Learn more this week in Science: https://t.co/qnDmEKctkK
Retinal Chromophore Environment in an Inward Light-Driven Proton Pump Studied by Solid-state NMR and Hydrogen-Bond Network Analysis - now published in Physical Chemistry Chemical Physics https://t.co/SvYN6Q5t1Y
https://t.co/pcuZVMD5Lp
Our long-awaited paper is finally out! Thanks for the great work and collaboration, Xiao, Phil, Dylan, and Vladimir Ladizhansky!
Webinar spotlight - Navigating the Structural Frontier with Protein NMR in the Era of Artificial Intelligence
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