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Four synchronized planets reveal clues to how planets form

Four synchronized planets reveal clues to how planets form

by Eric Ford | May 11, 2016 | Exoplanet & Brown Dwarf Surveys, News, Orbital Dynamics, Research, Star & Planet Formation, Statistical Methodology & Data Analysis

The search for planets orbiting other stars in our galaxy has revealed an extraordinary family of planets whose orbits are so carefully timed that they provide long-term stability for their planetary system. A paper describing the formation of this planetary system by...
CEHW astronomers measure the mass of 10 small exoplanets

CEHW astronomers measure the mass of 10 small exoplanets

by Eric Ford | Mar 22, 2016 | Exoplanet & Brown Dwarf Surveys, News, Orbital Dynamics, Statistical Methodology & Data Analysis

Astronomers at the Center for Exoplanets and Habitable Worlds have measured the masses of ten small exoplanets, a big boost to the number of small exoplanets with measured masses. All ten of these planets were discovered by NASA’s Kepler mission which was...
The mass of the Mars-sized exoplanet, Kepler-138b

The mass of the Mars-sized exoplanet, Kepler-138b

by Eric Ford | Jun 17, 2015 | Exoplanet & Brown Dwarf Surveys, News, Orbital Dynamics, Research, Statistical Methodology & Data Analysis

A First: Exoplanet smaller than Earth gets its size and mass measured A team of astronomers has measured the mass and size of the smallest exoplanet yet, a Mars-sized planet orbiting a red dwarf star about 200 light years from our solar system. The team, which...
Solved: Mysteries of a Nearby Planetary System’s Dynamics

Solved: Mysteries of a Nearby Planetary System’s Dynamics

by Eric Ford | Apr 22, 2014 | Exoplanet & Brown Dwarf Surveys, Orbital Dynamics, Research, Statistical Methodology & Data Analysis

Mysteries of one of the most fascinating nearby planetary systems now have been solved… Read more at the PSU press release or graduate student Ben Nelson’s  blog.
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Research Areas

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  • Orbital Dynamics
  • Our Solar System
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  • Planetary Atmospheres & Interiors
  • Planets around Evolved Stars & Stellar Remnants
  • Star & Planet Formation
  • Stellar Characterization & Variability
  • Statistical Methodology & Data Analysis

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