A 15-year-old Greek high student, Victor Giannikopoulos, is drawing attention for his participation in an ambitious research concept developed in collaboration with NASA, aimed at extending the legacy of the 1977 Voyager missions into interstellar space.
The pupil, who has already distinguished himself in science competitions since the age of 13, says the project seeks to use next-generation technology to reach interstellar space faster than the Voyager spacecraft and eventually explore other solar systems. The concept, he notes, is envisioned as a long-term effort potentially developing toward 2035.
Speaking in a television interview recently, Giannikopoulos described the initiative as a continuation of the Voyager program, updated with modern advances in physics and quantum science. His broader scientific ambition is to combine medicine and astrophysics into a unified field, arguing that future technological development, including artificial intelligence, will increasingly merge disciplines.
His interest in science, he said, began in childhood through exposure to astronomy at home, with family support playing a key role in his development.
Alongside space-related research, he is also involved in a separate academic project in Greece examining patterns in cancer-related data using anonymized questionnaires, aiming to identify whether recurring biological or behavioral patterns may correlate with disease development.
Despite his extracurricular work, he describes a routine similar to other students, balancing school obligations with research activities and presentations.
Asked about artificial intelligence, he expressed a concern that unchecked development could reshape global security dynamics, echoing historical warnings about future conflicts being defined by technology.
