This is a list of potential asteroid pairs (asteroid1 - asteroid2).
Asteroid1 and Asteroid2 have been very close in the past: whether this happened by chance or not needs to be confirmed. In fact, what you see here is just the result of a simulation made with Mercury software.
I am aware that any simulation result must be taken with caution. Besides any trivial error that I might have done, one must be aware that the simulation itself had these characteristics:
- no attempt to take into account Ceres, Pallas and Vesta
- no attempt to take into account non gravitational forces
- use of hybrid simplectic algorithm that is fast but maybe a little less precise than other algorithms
Once said this, if you look at the above list, you can get more details.
Open the embedded PDF in full screen mode, you will be able to click and follow the hyperlinks.
The hyperlink in column "Asteroid1_Asteroid2_Distance" will open a page showing how the distance between the two asteroids varied in the past.
The hyperlink associated to the asteroid names will open a page of the AstDys system where you will find useful details that may help to put things in context.
For example, I already listed what I think is a useful information provided by AstDys , i.e.whether it is possible or not to identify a parent body for the family of the two asteroids of the pair and which are the nearest family members.
In some cases, the AstDys service is unable to identify a parent body for the asteroid pair: it is not clear to me if this happens because the pair is really isolated or because it has not yet been associated to a family.
The fact that no parent body is identified does not necessarily mean that the asteroid pair is not interesting and I guess that the opposite is also true: finding a parent body does not prove that the two asteroids are a divorced pair.
Let's look at the most important parent bodies listed above counting them.
This is the result :