Imaging the Key Stages of Planet Formation
John D. Monnier (University of Michigan), 66 endorsers

TL;DR
This paper discusses how advanced imaging techniques, especially high-resolution infrared space interferometry, can deepen our understanding of the key stages of planet formation by observing disks and forming planets directly.
Contribution
It highlights the potential of combining high angular resolution with infrared sensitivity, particularly via space interferometry, to observe planet formation processes in unprecedented detail.
Findings
Detection of large grains in disks with ALMA
Scattered light imaging reveals small grains on disk surfaces
Emerging evidence of young exoplanets from line observations
Abstract
New images of young stars are revolutionizing our understanding of planet formation. ALMA detects large grains in planet-forming disks with few AU scale resolution and scattered light imaging with extreme adaptive optics systems reveal small grains suspended on the disks' flared surfaces. Tantalizing evidence for young exoplanets is emerging from line observations of CO and H-alpha. In this white paper, we explore how even higher angular resolution can extend our understanding of the key stages of planet formation, to resolve accreting circumplanetary disks themselves, and to watch planets forming in situ for the nearest star-forming regions. We focus on infrared observations which are sensitive to thermal emission in the terrestrial planet formation zone and allow access to molecular tracers in warm ro-vibrational states. Successful planet formation theories will not only be able to…
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Taxonomy
TopicsAstrophysics and Star Formation Studies · Stellar, planetary, and galactic studies · Astronomy and Astrophysical Research
