PPT-Potential for Characterization of Transiting Planets with J

Nick Cowan Northwestern Study Analysis Group 10 SAGX What is the full diversity of planet properties needed to characterize and understand the climate of shortperiod exoplanets Which measurement suites and how much observing time are needed to characterize the climate of transiting planets . The milky way. (seen from Bryce Canyon, UT). The Solar System. ?. “A . system. is a set of . interacting. or interdependent. components . forming an integrated whole” (Wikipedia). The Solar System. Lecture 7. By reading this chapter, you will . learn. 4-1. How ancient astronomers attempted to explain the motions of the planets. 4-2 . What led Copernicus to a Sun-centered model of planetary motion. Winter 2012. Mercury. James . Pluim. & Eddie Lopez. . Facts about Planet . Mercury. Mercury is the fastest moving planet in our Solar System and is the nearest planet to the Sun. Mercury is one of the four terrestrial planets, being a rocky body like the Earth. It is the smallest of the four.. Transits and SONG. Angelle . Tanner. . The Transit Method. Venus. Transiting the Sun. Information from Transits. Transit Frequency gives us . ORBIT SIZE. Orbit Size with Star Temperature tells us if planet is in . Studies for Transiting . Exoplanets. Norio Narita. National Astronomical Observatory of Japan. Outline. Introduction of Science of Transiting . Exoplanets. What’s New and What’s Going on Now?. Near Future Prospects. Synergy with Transiting Planets. Norio Narita (NAOJ. ). Thanks to IRD Transit Group. Members of . the . IRD Transit Group. Norio Narita . (Chief: NAOJ. ). Akihiko Fukui (NAOJ, Okayama Astrophysical . Exoplanets. Norio Narita (NAOJ). Transit of Venus on June 5, 2012 at Hawaii. Outline. Introduction of Transit. Current Status of Studies. . of Transiting . Exoplanets. Further . Studies of Transiting . by Transit Observations. Norio Narita. National Astronomical Observatory of Japan. Outline. Introduction of transit photometry. Further studies for transiting planets. Future studies in this field. E.ST.05.21. Describe the motion of planets and moons in terms of. rotation on axis and . orbits.. Advanced Note-Taking Practice 101! . Every time you see something typed in . YELLOW. …you need to write it down. . Studies for Transiting . Exoplanets. Norio Narita. National Astronomical Observatory of Japan. Outline. Introduction of Science of Transiting . Exoplanets. What’s New and What’s Going on Now?. Near Future Prospects. . – . the way an author reveals the special qualities and personalities of a character in a story, making the character believable. . Analyzing Character Traits. We try to figure out what a character in a book is like by paying attention to the clues the author gives us. This is called “. Nick Cowan . (Northwestern). Study Analysis Group 10 (SAG-X). What is the full diversity of planet properties needed to characterize and understand the climate of short-period exoplanets? . Which measurement suites and how much observing time are needed to characterize the climate of transiting planets? . The four planets closest to the sun are known as the inner planets. Mercury, Venus, Earth, and Mars. Mercury. This picture of Mercury was made by joining many smaller photos taken by . Mariner 10. . No photos were taken of the area that looks smooth. . (Ice Age) Beta Maturity. Cryosphere Products Validation Team. Jeff Key, NOAA/NESDIS/STAR, Team Lead. Paul Meade, Cryosphere Products JAM. DR # 7132. CCR # 474-CCR-13-0945. DRAT discussion: April 19, 2013.