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﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ a...

﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ as a function of APOKASC3 log (age) (top) ...

Taylor Spoo et al, The Astronomical Journal 170 6

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The [C/N] versus ...

The [C/N] versus ﹩\mathrm{log}\,(\mathrm{Age}[\mathrm{yr}])﹩ distribution for the final ...

Taylor Spoo et al, The Astronomical Journal 170 6

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The [C/N] versus ...

The [C/N] versus ﹩\mathrm{log}\,(\mathrm{Age}[\mathrm{yr}])﹩ distribution for the final ...

Taylor Spoo et al, The Astronomical Journal 170 6

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﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ a...

﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ as a function of APO-K2 log (age) (top) an...

Taylor Spoo et al, The Astronomical Journal 170 6

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[C/N] versus [C+N/Fe] plots for globular cluste...

[C/N] versus [C+N/Fe] plots for globular clusters 47 TUC, M 71, M 4, and M 5. Light-gray...

Taylor Spoo et al, The Astronomical Journal 170 6

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Log(g) versus [C/N] plot of first population of...

Log(g) versus [C/N] plot of first population of stars without peculiar enrichment. These...

Taylor Spoo et al, The Astronomical Journal 170 6

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Gaia color–magnitude diagram for globular clust...

Gaia color–magnitude diagram for globular clusters 47 TUC, M 71, M 4, and M 5 colored by...

Taylor Spoo et al, The Astronomical Journal 170 6

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[Al/Fe]–[Mg/Fe], [O/Fe]–[Na/Fe], and [Al/Fe]–[S...

[Al/Fe]–[Mg/Fe], [O/Fe]–[Na/Fe], and [Al/Fe]–[Si/Fe] (anti)correlation plots for globula...

Taylor Spoo et al, The Astronomical Journal 170 6

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[Al/Fe]–[Mg/Fe] and [O/Fe]–[Na/Fe] (anti)correl...

[Al/Fe]–[Mg/Fe] and [O/Fe]–[Na/Fe] (anti)correlation plots for globular clusters 47 TUC ...

Taylor Spoo et al, The Astronomical Journal 170 6

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﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ a...

﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ as a function of APOKASC3 log (age) (top) ...

Taylor Spoo et al, The Astronomical Journal 170 6

Image Details View Article

﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ a...

﹩{\rm{\Delta }}\mathrm{log}\,(\mathrm{Age})﹩ as a function of APO-K2 log (age) (top) an...

Taylor Spoo et al, The Astronomical Journal 170 6

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The MAROON-X RVs described in this paper. The R...

The MAROON-X RVs described in this paper. The RVs that are not used in the final analysi...

Madison Brady et al, The Astronomical Journal 170 6

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All of the RVs used in our analysis. Each data ...

All of the RVs used in our analysis. Each data set shown is mean-subtracted to highlight...

Madison Brady et al, The Astronomical Journal 170 6

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The mass and radius of our two models for GJ 12...

The mass and radius of our two models for GJ 12 b (circular and eccentric orbits) compar...

Madison Brady et al, The Astronomical Journal 170 6

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The ℓ1 periodogram analysis of the GJ 12 MAROON...

The ℓ1 periodogram analysis of the GJ 12 MAROON-X activity indicators. The figure shows ...

Madison Brady et al, The Astronomical Journal 170 6

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The cosmic shoreline formulation from E. K. Pas...

The cosmic shoreline formulation from E. K. Pass et al. (2025) for small planets orbitin...

Madison Brady et al, The Astronomical Journal 170 6

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The results from our ℓ1 periodogram analysis of...

The results from our ℓ1 periodogram analysis of the RVs of GJ 12. The figure shows the i...

Madison Brady et al, The Astronomical Journal 170 6

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The serval-calculated activity indicators from ...

The serval-calculated activity indicators from our MAROON-X data. From the top to bottom...

Madison Brady et al, The Astronomical Journal 170 6

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The MAROON-X RVs collected on calibrator star H...

The MAROON-X RVs collected on calibrator star HD 3651 in 2024, with the RV model for the...

Madison Brady et al, The Astronomical Journal 170 6

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Residuals of our RV fits to the single eccentri...

Residuals of our RV fits to the single eccentric planet in the HD 3651 system. We includ...

Madison Brady et al, The Astronomical Journal 170 6

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The phased RVs for the three Keplerians in our ...

The phased RVs for the three Keplerians in our eccentric-orbit model for GJ 12 with a ro...

Madison Brady et al, The Astronomical Journal 170 6

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The phased RVs for the three Keplerians in our ...

The phased RVs for the three Keplerians in our circular-orbit model for GJ 12 with a rot...

Madison Brady et al, The Astronomical Journal 170 6

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Illustration of the internal energy balance cal...

Illustration of the internal energy balance calculation with melt for GJ-12 b. We illust...

Madison Brady et al, The Astronomical Journal 170 6

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The inferred water contents of both our circula...

The inferred water contents of both our circular-orbit and eccentric-orbit GJ 12 b model...

Madison Brady et al, The Astronomical Journal 170 6

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The inferred CMF of both our circular-orbit and...

The inferred CMF of both our circular-orbit and eccentric-orbit GJ 12 b models using the...

Madison Brady et al, The Astronomical Journal 170 6

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