Microlensing Planets: A controlled Scientific Experiment Drawn From Absolute Chaos
Abstract: Microlensing planet searches have discovered a total of 20 planets, including the first two Jupiter-Saturn like systems and the only 5 "cold Neptunes" yet detected. The discovery process is almost unbelievably chaotic, with the so-called "high-magnification events" being the most chaotic. I show, nevertheless, that thehigh-magnification subsample constitutes a "controlled experiment", which enables rigorous statistical analysis, yielding important new clues to planetary architecture. I also discuss the current
transition to "second generation" microlensing experiments, which is already yielding important new discoveries, and will in the future explore domains of planet parameter space not probed by any other method.
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Speaker:9:30am, August 01th, Tuesday
Time:Yan Gong (Max-Planck-Institute for Radio Astronomy)
Location:Middle conference room, 3rd floor
Speaker:9:30 am July 27th (Thursday)
Time:Junhao Liu (East Asian Observatory)
Location:Middle conference room, 3rd floor
Speaker:Wednesday, July 26th 3:00pm
Time:Dr. Pinghui Huang (黄平辉)
Location:Middle conference room, 3rd floor
Speaker:7月14日,星期五,上午10点
Time:闫大海(云南大学)
Location:1715
Speaker:3:00 pm July 13th (Thursday)
Time:Shuang Zhou (University of Nottingham)
Location:Lecture Hall, 3rd floor
Speaker:1:30 pm July 6th (Thursday)
Time:Prof. Wen-Ping Chen (National Central University)
Location:Lecture Hall, 3rd floor