Test

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This is what a link looks like

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This is what Blockquotes look like with code

This is what Blockquotes look like with code

This is what Blockquotes look like

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This is what bullets look like

bullets list 1

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bullets list 2

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This is what a squire bulleted list looks like

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This is what a numbered list looks like

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This is what buttons look like

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Accordion

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Accordion 2

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Tab 1

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Tab 2

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Here is an example of a table

Type of quanta Components/Quanta charged
Words 350
Figures 1
Tables 1
Data Components (MRTs, MPG, etc…) 1
Figure Sets 100 Figures
Type of surcharge Cost
Letters handling charge $120
Letters handling charge (Gold Open Access) $600
Errata handling charge $30

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Accordion

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This is what an Card looks like

AAS Style Guide

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AASTeX Guide

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AAS-Icon_Galaxies

Galaxies and Cosmology

This corridor includes most topics relating to galaxies and cosmology from within the Local Group to the very early universe. This includes: early universe physics, dark matter, dark energy, cosmological models, cosmological parameters (e.g. the Hubble constant, etc.) the cosmic microwave and other diffuse backgrounds, galaxy and structure formation and evolution, stellar populations and the evolution of galaxies, physics and observations of galaxies and galaxy clusters, the intergalactic medium and reionization, and large surveys of the universe. Active galactic nuclei (AGN) may be included here (although some aspects of AGN will also appear in the High Energy Phenomena and Fundamental Physics corridor). Articles about the internal dynamics of galaxies go to this corridor. Articles that use objects, such as supernovae, primarily as tools to study the universe as a whole should also be submitted to this corridor. Accepted articles submitted to this corridor will be published in ApJ if they have significant theoretical or astrophysical content, AJ if they are primarily observational, or ApJ Supplements if they are devoted to the description of large data sets with little theoretical interpretation.

Christopher Conselice
University of Nottingham, UK
Christopher-Conselice

@conselice

This is what a white box looks like

  1. Testing lambda and the limits of cosmography with the Union2.1 supernova compilation,
    Brett Bochner et al. 2015 ApJ 814 7
  2. Simulating the galaxy cluster “El Gordo” and identifying the merger configuration,
    Congyao Zhang et al. 2015 ApJ 813 129
  3. A 2.4% Determination of the Local Value of the Hubble Constant,
    Adam Riess et al. 2016 ApJ 826 56
  4. The COSMOS2015 Catalog: Exploring the 1 < z < 6 Universe with Half a Million Galaxies,
    C. Laigle et al. 2016 ApJ 224 24