Scientists look for laser pulses carrying this civilization signal around strange stars

According to media reports, scientists discovered a strange light curve on the KIC8462852 star, suggesting that there may be an alien civilization here. A huge structure appeared near the KIC8462852 star. To help rule out this possibility, scientists searched for all the signals around the star, one of which was a very short laser pointer pulse. If we find a laser pulse, it means that there are aliens, but if there is no laser signal, it will further dispel people’s guesses about the KIC8462852 star.

SETI main pipeline, Grasse, believes that we have not found any evidence that there is advanced civilization around the star KIC8462852. The SETI main pipeline, Grass, believes that our current hypothesis of the KIC8462852 star is gradually breaking down, and we have not found any evidence that there is an advanced civilization here. Scientists used a Boquete Optical SETI Observatory in Panama to search for pulse signals.

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The observatory uses relatively small telescopes to detect impulse signals. KIC 8462852 has been plagued by astronomers, mainly because NASA telescopes have discovered a peculiar light curve, and about 20% of the area of ​​the star is blocked. Scientists think this may be the largest comet fragment we have found, but this speculation needs further proof. If you want to communicate with here, it will take a very, very long time.

Since 2009, NASA’s Lunar Reconnaissance Orbiter (LRO) has orbited the moon more than a dozen times a day. There are six high-tech instruments on the lunar reconnaissance orbiter. These six high-tech instruments not only help scientists draw detailed maps of the moon, but also give them a better understanding of the radiation and temperature on the lunar surface.

But in fact, the lunar reconnaissance orbiter also carries a fairly simple instrument: a book-sized reflector. For the past ten years, scientists have been shooting green laser pointer beams from Earth to the reflector of the lunar reconnaissance orbiter about 240,000 miles away, hoping to catch the return signal. On Monday, NASA scientists and their French colleagues announced that they had successfully received a return signal for the first time.