A real-time spectroscopic survey of 12,000 microlensed bulge stars: exoplanet characterization and bulge chemical evolution Yossi Shvartzvald1 and Calen B. Henderson (JPL); Dan Maoz (TAU); Andy Gould (OSU) Background

First Page		Document Content
Date: 2016-07-30 19:27:59 Gravitational lensing Astronomy Planetary science Gravitational microlensing Physics Gravitational lens Methods of detecting exoplanets Planetary system Rogue planet Xallarap MicroFUN Draft:MACHO Project		A real-time spectroscopic survey of 12,000 microlensed bulge stars: exoplanet characterization and bulge chemical evolution Yossi Shvartzvald1 and Calen B. Henderson (JPL); Dan Maoz (TAU); Andy Gould (OSU) Background Add to Reading List Source URL: www.sdss.org Download Document from Source Website File Size: 146,07 KB Share Document on Facebook

	POTENTIAL TERM PAPER TOPICS –Feb. 16, 2004 (there could be many more) MOON Analysis of the constraints imposed on lunar and planetary accretion and evolution by the Hf/W isotopic system Analysis of the constraints impo DocID: 1upgj - View Document
	Impact of European Union Funding on Planetary Science < Planetary science covers the study of our solar system and those around other stars. < DocID: 1ujz0 - View Document
	Planetary Gear Design A planetary gear system, also referred to as epicyclic gearing, consists of three elements – a sun gear, one or more planet gears, and a ring gear. The sun gear is located at the center, and tran DocID: 1u32f - View Document
	https://ipfs.io Inter planetary file system E-Privacy 2015, Cagliari/Berlino Claudio Agosti, @_vecna DocID: 1tmjs - View Document
	FACE TO FACE AGENDA PLANETARY DATA SYSTEMSeptember, 2015 California Solar System Exploration Division Solar System Exploration Data Services Office GSFC Code 690.1 DocID: 1rYLj - View Document