A joint transit-radial-velocity framework for evolutionary inference of close-in, small planet populations

Key Points

• The study aims to develop a framework that combines transit and radial-velocity data to understand small planet populations.
• Developed a joint framework integrating transit and radial-velocity measurements.
• Analyzed data from multiple close-in small planets to assess evolutionary patterns.
• Used simulations to validate the model and its predictive capabilities.
• Demonstrated improved accuracy in modeling small planet populations.
• Identified potential evolutionary trends among close-in planets.
• Provided a framework applicable to future observations and data analysis.