# The dips were first seen in the Kepler pipeline light curve and analysed in the independent K2SFF reduction.

> The dips were first seen in the Kepler pipeline light curve and analysed in the independent K2SFF reduction.

Source: https://mysteriesdept.com/mysteries/hd-139139-random-transiter/evidence/EVD0D79S1B46GYE/the-dips-were-first-seen-in-the-kepler-pipeline-light-curve  
Publisher: Mysteries Department  
Licence: CC BY 4.0 (credit Mysteries Department and link the page)  

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[HD 139139, the "Random Transiter"](https://mysteriesdept.com/mysteries/hd-139139-random-transiter)Evidence

Evidence · HD 139139, the "Random Transiter"

# The dips were first seen in the Kepler pipeline light curve and analysed in the independent K2SFF reduction.

The dips were first seen in the Kepler pipeline light curve and analysed in the independent K2SFF reduction.

Supported0

## What it bears on 1 answer

[The dips are astrophysical, on star A or star B.](https://mysteriesdept.com/mysteries/hd-139139-random-transiter/answers/ANS0D79S0VG5ZJW/the-dips-are-astrophysical-on-star-a-or-star-b)

Most likely

FOR

## Cite it

```
Mysteries Department. (2026). The dips were first seen in the Kepler pipeline light curve and analysed in the independent K2SFF reduction. [Evidence EVD0D79S1B46GYE]. https://mysteriesdept.com/r/EVD0D79S1B46GYE
```

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**EVD** 0D79S1B46GYE

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Evidence

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Supported

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1

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