NASA probe flew over Venus and received a super spooky recording

The U.S. Parker Solar Probe recorded a shocking radio signal while passing by Venus (see photo), and NASA released the recording file on YouTube on the 3rd.

Tip: Please wear headphones to listen

The Parker Solar Probe, which was launched into space in 2018, recorded a shocking radio signal when it passed by Venus.

NASA released the recording file in the official YouTube, and through the film to show the distance between Parker Solar Probe and Venus, the film can be heard at the beginning of the probe in space gradually approaching the atmosphere of Venus ambient sound, in the moment of entering the outer atmosphere of Venus, began to record a series of high and low frequency “magic music”. But in the probe out of Venus’s atmosphere, the moment, the sound stopped.

NASA pointed out that the recording was made on July 11, 2020, and only recently released on the Internet. The sound in the film is a “natural radio signal” received by the probe from Venus. These substances emit radio waves that can be detected by instruments; and the latest research confirms that the outer atmosphere of Venus has undergone puzzling changes in the past 11 years, and may be able to open the mystery of why Venus is so different from Earth in the future.

NASA said that Venus and Earth are like twins, both are rocky planets, and have similar size and structure, but the two are strangers, Venus not only lacks a magnetic field, the surface also has extreme heat that can melt lead, although Venus is not suitable for the class of habitation, but the study of Venus helps scientists understand the evolutionary process between Earth and it, what exactly makes the Earth-like planets become habitable or uninhabitable.

NASA noted that July 11, 2020 was the third flyby of the Parker Solar Probe and the closest to the surface of Venus, at only 833 km; each flyby was designed to take advantage of the planet’s gravitational pull to bring the probe closer to the Sun, and the related mission was managed by the Johns Hopkins University Applied Physics Laboratory (APL).