Not listed THE OVERARCHING GOAL OF THIS PROPOSAL IS A COMPLETE HOMOGENEOUS INVESTIGATION OF KEPLER MTSS TO PROVIDE DETAILED MEASUREMENTS (OR CONSTRAINTS) ON EXOPLANETARY PHYSICAL AND ORBITAL PROPERTIES. CURRENT INVESTIGATIONS DO NOT EXPLOIT THE FULL POWER OF THE KEPLER DATA HERE WE PROPOSE TO USE BETTER DATA (SHORT CADENCE OBSERVATIONS) BETTER METHODS (PHOTODYNAMICAL MODELING) AND A BETTER STATISTICAL METHOD (BAYESIAN DIFFERENTIAL EVOLUTION MARKOV CHAIN MONTE CARLO) IN A HOMOGENOUS ANALYSIS OF ALL ~700 KEPLER MTSS. THESE TECHNIQUES ARE PARTICULARLY VALUABLE FOR UNDERSTANDING SMALL TERRESTRIAL PLANETS. WE PROPOSE TO EXTRACT THE NEAR-MAXIMUM AMOUNT OF INFORMATION FROM THESE SYSTEMS THROUGH A SERIES OF THREE RESEARCH OBJECTIVES. ($14k) 8/16/22 P00007 THE OVERARCHING GOAL OF THIS PROPOSAL IS A COMPLETE HOMOGENEOUS INVESTIGATION OF KEPLER MTSS TO PROVIDE DETAILED MEASUREMENTS (OR CONSTRAINTS) ON EXOPLANETARY PHYSICAL AND ORBITAL PROPERTIES. CURRENT INVESTIGATIONS DO NOT EXPLOIT THE FULL POWER OF THE KEPLER DATA HERE WE PROPOSE TO USE BETTER DATA (SHORT CADENCE OBSERVATIONS), BETTER METHODS (PHOTODYNAMICAL MODELING), AND A BETTER STATISTICAL METHOD (BAYESIAN DIFFERENTIAL EVOLUTION MARKOV CHAIN MONTE CARLO) IN A HOMOGENOUS ANALYSIS OF ALL ~700 KEPLER MTSS. THESE TECHNIQUES ARE PARTICULARLY VALUABLE FOR UNDERSTANDING SMALL TERRESTRIAL PLANETS. WE PROPOSE TO EXTRACT THE NEAR-MAXIMUM AMOUNT OF INFORMATION FROM THESE SYSTEMS THROUGH A SERIES OF THREE RESEARCH OBJECTIVES. Funding Only Action ($14k) 8/16/22 P00006 THE OVERARCHING GOAL OF THIS PROPOSAL IS A COMPLETE HOMOGENEOUS INVESTIGATION OF KEPLER MTSS TO PROVIDE DETAILED MEASUREMENTS (OR CONSTRAINTS) ON EXOPLANETARY PHYSICAL AND ORBITAL PROPERTIES. CURRENT INVESTIGATIONS DO NOT EXPLOIT THE FULL POWER OF THE KEPLER DATA HERE WE PROPOSE TO USE BETTER DATA (SHORT CADENCE OBSERVATIONS), BETTER METHODS (PHOTODYNAMICAL MODELING), AND A BETTER STATISTICAL METHOD (BAYESIAN DIFFERENTIAL EVOLUTION MARKOV CHAIN MONTE CARLO) IN A HOMOGENOUS ANALYSIS OF ALL ~700 KEPLER MTSS. THESE TECHNIQUES ARE PARTICULARLY VALUABLE FOR UNDERSTANDING SMALL TERRESTRIAL PLANETS. WE PROPOSE TO EXTRACT THE NEAR-MAXIMUM AMOUNT OF INFORMATION FROM THESE SYSTEMS THROUGH A SERIES OF THREE RESEARCH OBJECTIVES. Other Administrative Action $0 10/14/20 Not listed THE OVERARCHING GOAL OF THIS PROPOSAL IS A COMPLETE HOMOGENEOUS INVESTIGATION OF KEPLER MTSS TO PROVIDE DETAILED MEASUREMENTS (OR CONSTRAINTS) ON EXOPLANETARY PHYSICAL AND ORBITAL PROPERTIES. CURRENT INVESTIGATIONS DO NOT EXPLOIT THE FULL POWER OF THE KEPLER DATA HERE WE PROPOSE TO USE BETTER DATA (SHORT CADENCE OBSERVATIONS) BETTER METHODS (PHOTODYNAMICAL MODELING) AND A BETTER STATISTICAL METHOD (BAYESIAN DIFFERENTIAL EVOLUTION MARKOV CHAIN MONTE CARLO) IN A HOMOGENOUS ANALYSIS OF ALL ~700 KEPLER MTSS. THESE TECHNIQUES ARE PARTICULARLY VALUABLE FOR UNDERSTANDING SMALL TERRESTRIAL PLANETS. WE PROPOSE TO EXTRACT THE NEAR-MAXIMUM AMOUNT OF INFORMATION FROM THESE SYSTEMS THROUGH A SERIES OF THREE RESEARCH OBJECTIVES. $0 10/14/20 Not listed THE OVERARCHING GOAL OF THIS PROPOSAL IS A COMPLETE HOMOGENEOUS INVESTIGATION OF KEPLER MTSS TO PROVIDE DETAILED MEASUREMENTS (OR CONSTRAINTS) ON EXOPLANETARY PHYSICAL AND ORBITAL PROPERTIES. CURRENT INVESTIGATIONS DO NOT EXPLOIT THE FULL POWER OF THE KEPLER DATA HERE WE PROPOSE TO USE BETTER DATA (SHORT CADENCE OBSERVATIONS) BETTER METHODS (PHOTODYNAMICAL MODELING) AND A BETTER STATISTICAL METHOD (BAYESIAN DIFFERENTIAL EVOLUTION MARKOV CHAIN MONTE CARLO) IN A HOMOGENOUS ANALYSIS OF ALL ~700 KEPLER MTSS. THESE TECHNIQUES ARE PARTICULARLY VALUABLE FOR UNDERSTANDING SMALL TERRESTRIAL PLANETS. WE PROPOSE TO EXTRACT THE NEAR-MAXIMUM AMOUNT OF INFORMATION FROM THESE SYSTEMS THROUGH A SERIES OF THREE RESEARCH OBJECTIVES. $0 7/15/20