@MineralCup
Reason 1: Given how well garnet attenuates X-rays, we can put it in a tomography scanner—making it a perfect mineral to use to study crystallization processes and microstructure formation! The scanned sample below is 3 cm in diameter https://abs.twimg.com/emoji/v2/... draggable="false" alt="🧡" title="Orangefarbenes Herz" aria-label="Emoji: Orangefarbenes Herz">
Reason 3: You& #39;ll be hard-pressed to find an as-useful petrochronological mineral that can link age with stage. See the amazing @EthanRockStory& #39;s work for more! Figure below from Baxter et al., 2013 (check it out its awessommme).
And these examples are all #almandine #garnet , for all you @MineralCup purists https://abs.twimg.com/emoji/v2/... draggable="false" alt="😍" title="LĂ€chelndes Gesicht mit herzförmigen Augen" aria-label="Emoji: LĂ€chelndes Gesicht mit herzförmigen Augen">.
Reason 2 for @MineralCup: You can measure trace element in incredible detail with laser ablation systems. Oscillations in #garnet as recorders of pressure cycling?! Fluid cycles?! WOW! Who knows what we& #39;ll discover!? https://abs.twimg.com/emoji/v2/... draggable="false" alt="😼" title="Gesicht mit offenem Mund" aria-label="Emoji: Gesicht mit offenem Mund">
You can follow @freyargeorge.
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