New lunar mascon model proposed

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In summary, researchers have used fine-grained mapping of gravity anomalies on the moon to propose a bulls-eye model of impacts that explains the previously debated origin of lunar mascons. This was made possible by the sensitivity of the GRAIL mission, and suggests that mascons may be a result of a combination of impacts, volcanic activity, and other factors. This also raises questions about the connection between mascons and crust thickness on the near and far sides of the moon.
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Whether the lunar mascons were a result of impacts, volcanic activity, or both, or maybe even something else has been long debated. It's interesting that gravity signatures alone provide the signs that (apparently) resolve this debate, and even more interesting that GRAIL had the sensitivity to detect those signatures.

I guess the answer has to be impacts, volcanic activity, and something else. Impacts alone cannot explain those mascons because the far side of the Moon is nearly void of mascons but is chock full of craters. I suspect that there has to be some connection between the prevalence of mascons on the near side and the widely disparate crust thickness on the near side versus that on the far side.
 
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1. What is a "New lunar mascon model"?

A new lunar mascon model is a mathematical representation of the distribution of mass on the surface of the moon. It is used to study the gravitational field of the moon and can provide insights into the moon's geological history.

2. How is this new model different from previous ones?

This new lunar mascon model is based on more recent and accurate data collected by the Gravity Recovery and Interior Laboratory (GRAIL) mission. It also takes into account the effects of tidal forces and the moon's rotation, making it a more comprehensive and accurate model.

3. What are the potential applications of this new model?

This new lunar mascon model can be used to better understand the moon's internal structure and composition, as well as its gravitational interactions with other bodies in the solar system. It can also aid in future missions to the moon, such as landing and navigation.

4. How was this new model developed?

This new lunar mascon model was developed by analyzing data collected by the GRAIL mission, which used two satellites to map the moon's gravitational field. The data was then processed and used to create a detailed map of the moon's mass distribution.

5. What are the potential implications of this new model for our understanding of the moon?

This new lunar mascon model can provide new insights into the moon's formation and evolution, as well as help us understand its current state. It can also aid in future exploration and potentially reveal new information about the moon's geological processes and history.

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