Claude Code Achievement: AI Helps Identify Possible Exoplanet

NASA's TESS space telescope will re-observe the system in November to verify the claimed discovery of this planet.

NASA's TESS space telescope will check the validity of the claim of discovery of this planet by re-observation in November.

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Advances in artificial intelligence models have shown that these tools can make activities that were previously reserved for experts available to ordinary users. In the latest example, a space and technology enthusiast was able to identify evidence of a new planet in NASA telescope data using Claude Code's artificial intelligence programming. Of course, this discovery has not yet reached the stage of official confirmation.

The story began when Pavel Rabetsevich, while reviewing NASA's seven-year archived data, noticed that the light of a certain star decreased for two hours every three days. This issue formed a hypothesis in his mind that the passage of a planet in front of the star could be the cause of this periodic light loss.

After examining more data and making sure the pattern repeated itself, he sent the data to tools like Claude Code and a few other AI models to assess the likelihood of the hypothesis being true. The analysis showed that the star under investigation is known as TIC 4206066, and the possible mass orbiting it is a planet with dimensions approximately 1.4 times that of Earth, which completes its orbit in three days; A subject that represents an incredibly short year in this celestial body.

To validate his theory, Rabetsevich ran 74 different experiments on the data with the help of Claude Code. After extensive data processing, this tool confirmed his theory. As part of the measurement process, Rabetsevich hid parts of the data and asked the system to guess the star's dimming intervals; Claude Code was able to correctly predict the time of light decay in hidden time intervals.

To officially confirm this crime, a request to observe the desired point has been sent to NASA's TESS telescope project and it has been placed in the queue of observation tasks of this space telescope. TESS is scheduled to survey this part of the sky in November to determine whether the dimming pattern repeats itself at the predicted times. If the TESS observations match the calculations, this discovery will be a fundamental step closer to final confirmation.

My professional career in the world of technology goes back almost 10 years; The path that started with hardware, continued with software, and now continues as a technology reporter in Sefir Arjan. I am Javad and more than three decades have passed and in addition to the world of technology, I love movies and cinema, classic rock music and Real Madrid.