NASA has discovered a strange phenomenon from Voyager 1 – the 47-year-old space probe. Since March, Voyager 1 began transmitting faulty signals, seemingly random strings of data that NASA engineers could not decipher. Initially, they thought it was just a system error due to the spacecraft’s age.
However, the turning point came when the Majorana 1 quantum chip was used to analyze the data. Unlike conventional computing methods, quantum technology can process millions of data relationships at the same time.
When applied to the signals from Voyager 1, the system unexpectedly discovered geometric patterns and tightly structured number strings – signs of an encrypted message.
The message contained sequences of prime numbers, mathematical constants, and coordinates expressed through mathematical ratios. Notably, some of the symbols in it form a three-dimensional spiral pattern when displayed visually.
In addition, the message also includes basic physical values such as the Planck constant or fine structure, but with slight deviations from the values that humans measure.
Scientists are debating the origin of this signal. Some hypotheses include:
1. **Interference from an alien civilization** – Some intelligence may have intercepted and altered the Voyager signal before it reached Earth.
2. **Hidden program in Voyager** – A secret programming code installed from the moment the ship was launched, only activated when it reached interstellar space.
3. **Voyager encountered something in the universe** – An alien intelligence or advanced technology may be trying to communicate using the ship itself as a means of communication.
Whatever the cause, the discovery has sent shockwaves through the scientific community. NASA and a number of space agencies around the world, including ESA, CNSA and Roscosmos, are rushing to analyze and authenticate the signal.
If confirmed, it would be the biggest breakthrough in the history of the search for extraterrestrial intelligence, and open up a whole new approach to astronomy and interstellar communication.
