iefimerida
A 15-year-old Greek student has begun collaborating with NASA on an interstellar space mission after his original research caught the attention of American scientists at a physics summer school in Thessaloniki. Viktoras Giannikopoulos, a ninth-grade student, detailed his Interstellar Probe proposal in an interview on Action24 this week — a mission designed as a technological successor to NASA's Voyager spacecraft, launched in the 1970s, with the goal of reaching the boundaries of the solar system and beyond, targeting the Camelopardalis constellation, within a significantly shorter timeframe than any current spacecraft. Mr. Giannikopoulos said his path to NASA began at the Balkan Summer School of Physics, where his research drew the interest of the agency's scientists. He has since maintained regular communication with them to refine the mission's technical parameters — all while completing his standard school curriculum. "I used to feel anxious," he said of the weight of the work. "But I realized this is what truly suits me. When you are relaxed, things flow more easily." The teenager credited his parents with nurturing his scientific curiosity from an early age. Looking ahead, he said he hopes to combine medicine and astrophysics through the application of artificial intelligence — an ambition that places him at the intersection of three of the fastest-moving fields in contemporary science. Greece has invested heavily in science and technology education as part of its broader push to reverse the brain drain of the debt crisis years and build a knowledge-based economy capable of retaining its brightest young talent. Διαβάστε περισσότερα στο iefimerida.gr A 15-year-old Greek student has begun collaborating with NASA on an interstellar space mission after his original research caught the attention of American scientists at a physics summer school in Thessaloniki. Viktoras Giannikopoulos, a ninth-grade student, detailed his Interstellar Probe proposal in an interview on Action24 this week — a mission designed as a technological successor to NASA's Voyager spacecraft, launched in the 1970s, with the goal of reaching the boundaries of the solar system and beyond, targeting the Camelopardalis constellation, within a significantly shorter timeframe than any current spacecraft. Mr. Giannikopoulos said his path to NASA began at the Balkan Summer School of Physics, where his research drew the interest of the agency's scientists. He has since maintained regular communication with them to refine the mission's technical parameters — all while completing his standard school curriculum. "I used to feel anxious," he said of the weight of the work. "But I realized this is what truly suits me. When you are relaxed, things flow more easily." The teenager credited his parents with nurturing his scientific curiosity from an early age. Looking ahead, he said he hopes to combine medicine and astrophysics through the application of artificial intelligence — an ambition that places him at the intersection of three of the fastest-moving fields in contemporary science. Greece has invested heavily in science and technology education as part of its broader push to reverse the brain drain of the debt crisis years and build a knowledge-based economy capable of retaining its brightest young talent. Διαβάστε περισσότερα στο iefimerida.gr
Go to News Site