In recent years, young Indian minds have made significant advances in the fields of space science and technology. They are contributing to India’s growing position as a global space leader by building an environment of innovation and curiosity. From satellite launches to scientific research, young students and scientists are playing critical roles in taking India’s space ambitions to new heights. One such inspiring young leader is Dr. Vaishnav Shailesh Kakade, a 17-year-old space visionary who has already earned a name for himself in the scientific community. His contributions to space science and invention, social causes and other notable achievements have earned him the prestigious Padma Shri award, making him one of the youngest recipients of this national honors. Dr. Vaishnav’s enthusiasm for space, along with his commitment to learning and educating others, make him an ideal role model for India’s youth.
We at Youth Incorporated had the opportunity to interview Dr. Vaishnav Shailesh Kakade, to know about his role in the space sector, his journey as a young scientist, his book, and much more. Read the full interview below.
Q1: At just 17, you have achieved milestones in science, education and environmental causes. How did this incredible journey begin?
It started with one clear night in Talegaon. My father and I lay on our terrace, looking at stars. He traced constellations with his finger, naming distant worlds I could barely see. That moment changed everything.
I became the kid who dismantled gadgets and asked endless questions. With limited resources but unlimited curiosity, I found ways to learn—libraries, free online courses, homemade experiments.
The turning point came during seventh grade when “Mission Mangal” released. Walking out of that theater, watching ordinary Indians achieve extraordinary feats in space, I knew this was my calling. Not just a career—a purpose.
During COVID lockdown, while others sought entertainment, I dove into astrophysics courses. Every opportunity became another step toward that distant star.
The recognition came naturally. What drives me is the same wonder I felt that night—the universe revealing itself one discovery at a time.
2) What did you do to get recognised as ‘Asia’s Youngest Visionary’ and ‘Galactic Problem Solver by NASA’, please share about these achievements?
These titles came from solving real problems, not seeking recognition.
The “Galactic Problem Solver” recognition from NASA followed an international astronomy competition where I developed quantum-based solutions for space exploration challenges. My work on Quantum Relativity Concepts caught attention because it approached old problems with fresh thinking.
The “Asia’s Youngest Visionary” title emerged from my work bridging science education gaps. Through AstroBrain, we’re making advanced space science accessible to students regardless of geography or economic background.
What matters isn’t the titles—it’s the confirmation that solutions can come from anywhere. Age and background don’t determine who can advance human knowledge.
These honors fuel greater responsibility. Each morning begins with one question: “How can we solve problems that matter?”
3) At a young age you have been honoured with prestigious awards the Padma Shri Samman and Bharat Gaurav Ratna Shri Samman. What do these honors mean to you personally? And what are some challenges you have faced along the way?
These honors validate that making complex science accessible serves our collective future. Receiving recognition with names like “Padma Shri” at 17 showed this path matters beyond academic circles.
The journey wasn’t straightforward. Being taken seriously as a young researcher meant overcoming persistent skepticism. Coming from modest means restricted access to labs, journals, and equipment.
This necessity sparked resourcefulness. When I needed computing power for simulations, I used cloud credits from hackathons. Experiments failed, papers faced rejection, theories collapsed. Each setback taught me failure isn’t defeat—it’s feedback.
These awards don’t represent personal achievement—they show others from similar backgrounds that contribution to science isn’t limited by age or resources, only by curiosity and persistence.
4) As a lifetime member of the World Human Rights Protection Commission, what are some social causes that you would like to highlight that you believe are often overlooked, and how do you plan to work on it to bring a change?
Equal access to advanced STEM education is a fundamental right consistently overlooked. Millions of brilliant minds never develop their potential because quality learning remains inaccessible.
Through AstroBrain, we’re bridging this gap with AI-powered space science education for students regardless of location or economic status. We partner with underserved schools, providing free platform access and hands-on workshops.
Climate change intersects directly with human rights. Environmental challenges hit vulnerable communities hardest—farmers facing crop failures, coastal populations facing displacement. These aren’t just environmental issues but fundamental rights concerns.
We’re developing AI prediction models to help agricultural communities anticipate climate challenges, while advocating for clean air, water, and climate stability as basic human rights.
Both causes share one thread: empowerment through knowledge.
5) Your initiative ‘AstroBrain’ is making waves globally. Could you tell us about the mission behind AstroBrain and how you envision it shaping the future of space science?
AstroBrain started with a simple question: Why should understanding the cosmos be limited by geography or economics?
Traditional education uses standardized approaches that leave many behind. AstroBrain uses AI to create personalized learning journeys. When someone struggles with orbital mechanics, the system provides targeted simulations. When they excel, it offers advanced material.
We transform abstract theories into immersive experiences. Students navigate virtual space anomalies or grasp concepts through interactive missions, making advanced science accessible without physical labs.
AstroBrain is reshaping space science in two ways. First, by cultivating explorers from previously untapped talent pools. A student in a remote village discovering astrophysics through our platform might architect future Mars habitats.
Second, we enable citizen science where students analyze real space mission data. A 15-year-old in rural India recently identified an asteroid pattern professional researchers had missed.
We’re building human infrastructure for humanity’s multi-planetary future.
6) As the author of Beyond Time’s Veil, what inspired you to write the book? Could you share what message you hoped to convey through it? Could you tell us more about the book?
The book emerged from collision between my scientific research and storytelling passion. After exploring theoretical physics concepts, I visualized phenomena in narrative form—black holes and quantum fields took on character and plot.
Growing up with Jules Verne and “Interstellar” showed me science fiction can be intellectually stimulating and emotionally resonant. I wanted readers to feel the wonder I experience contemplating cosmic mysteries.
The story follows a protagonist discovering an artifact enabling travel across dimensions and time. Characters experience scientific phenomena firsthand—extreme time dilation near black holes, quantum entanglement communication across time.
The message is simple: the universe is filled with wonder, and curiosity paired with courage leads to profound discoveries. Science isn’t cold equations—it’s deeply human exploration filled with mystery and meaning.
Young readers tell me it sparked their astrophysics interest. The book is another medium, like research, to inspire others to look up and wonder.
7) You’ve seamlessly integrated AI, Quantum Science, and spirituality. How do you see these seemingly different fields complementing each other in the real world?
These domains appear different but all seek answers about reality and consciousness.
Quantum science reveals counterintuitive truths. Entangled particles “communicating” across distances echo spiritual concepts of universal interconnectedness. The observer effect raises profound consciousness questions.
Spirituality explores meaning and connection to something greater. It emphasizes intuition and ethics— elements equations don’t address but are essential when applying science.
AI extends human capability, processing information beyond natural capacity. I use AI algorithms to model scenarios for my Quantum Relativity Concepts theory that would take years manually.
I practice “quantum meditation”—contemplating concepts like energy fields to feel cosmic connection. These moments often yield unexpected technical insights.
Together, these fields form complete human advancement—innovation guided by wisdom and purpose.
8) In your view, what are the most pressing challenges humanity faces in space exploration, and how can young minds like yours contribute to it?
Distance looms largest. Our fastest rockets take months to reach Mars, millennia to reach the nearest star. We need revolutionary propulsion breakthroughs.
Sustaining human life beyond Earth presents equal challenges. Space is hostile—radiation damages DNA, microgravity deteriorates health, isolation affects psychology. We need better shielding, artificial gravity, and self-sustaining life support.
Young minds approach differently because we’re not bound by established thinking. My QRC theory generated interest partly because it questioned assumptions experienced minds might take for granted.
As digital natives, we leverage collaborative tools and resources unavailable to previous generations. Student CubeSat projects and global hackathons provide hands-on space technology experience.
Young people excel at interdisciplinary thinking, moving fluidly between physics, biology, computer science. Space challenges require exactly this cross-disciplinary approach.
Don’t wait to contribute. Start with whatever resources you have. Every contribution matters.
Q9: Any tips for today’s youth?
The future isn’t something that happens to us—it’s something we create together.
Dream audaciously because meaningful progress requires ambitious goals. But remember monumental achievements are built from countless small, persistent efforts.
Never lose your sense of wonder. Learn across disciplines because real challenges don’t respect academic boundaries. If current technology can’t solve problems, perhaps fresh perspective is needed.
Collaboration trumps competition. Share knowledge openly. Don’t wait for perfect resources to contribute—start where you are.
Maintain optimism alongside scientific rigor. History shows humanity consistently underestimates what’s possible. Climate solutions emerge as understanding deepens.
The most powerful resource isn’t technology—it’s human ingenuity and determination.
Rapid Fire Round:
1) One person from history to meet:
Dr. A.P.J. Abdul Kalam
2) One country on your travel bucket list
USA, specifically Silicon Valley
3) Who is your role Model?
Elon Musk
4) One book that changed your life?
“Steve Jobs” by Walter Isaacson
5) If not a scientist, what would you have pursued?
Entrepreneurship
