这一项目的主要目标是，捕获重力微引力透镜效应，看不见的星体在背景星和地球之间穿过。
A major goal of the project is to capture gravitational microlensing events where an unseen body passes between a background star and Earth.
最终的进展花费了几个月的时间去证实，并且这是研究者们第一次使用一种叫做微引力透镜的新技术。
The breakthrough eventually took several months to confirm and was the first time researchers used a new technique called gravitational microlensing.
研究小组利用一种叫做引力微透镜的技术发现了十颗失控的行星。它们的平均质量与木星相似。
The team spotted ten runaway planets-with an average mass similar to Jupiter 's-using a technique called gravitational microlensing.
引力微透镜是探索未知领域基本上是太阳系外行星的发现，找到冷岩石行星和太阳系外行星系统类似于我们自己。
Gravitational microlensing is probing a largely uncharted territory of extrasolar planet discovery, by finding cold rocky planets and extrasolar planetary systems resembling our own.
引力微透镜是探索未知领域基本上是太阳系外行星的发现，找到冷岩石行星和太阳系外行星系统类似于我们自己。
Gravitational microlensing is probing a largely uncharted territory of extrasolar planet discovery, by finding cold rocky planets and extrasolar planetary systems resembling our own.
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