In 1963, a 21-year-old physics student named Stephen Hawking sat in a doctor's office at St Bartholomew's Hospital in London. He had been feeling clumsy for months, dropping things and tripping over his own feet. The diagnosis hit him like a punch to the chest: motor neurone disease, a condition that would gradually paralyse his body. Doctors gave him just two years to live. Stephen walked out of that office in a daze, his mind spinning with questions about the future. He was supposed to be a brilliant young scientist, but now his body was betraying him.
That day, he felt as if the stars he loved to study had suddenly gone dark. Stephen was born in Oxford in 1942, the eldest of four children. His father, a medical researcher, often took the family on long drives through the English countryside, where Stephen would lie on the back seat and gaze at the night sky. He was a curious but average student at first, not yet the genius the world would later know. At University College, Oxford, he found the coursework easy and spent more time rowing on the River Thames than studying.
Still, he earned a first-class degree in physics. Then he moved to Cambridge for his PhD, eager to explore the mysteries of the universe. But the disease struck just as his real work was about to begin. The turning point came not in a laboratory, but in a hospital bed. As Stephen's body weakened, his mind seemed to grow sharper. He realised that if he was going to die soon, he might as well do something useful with the time he had left. He threw himself into his research on black holes, those strange cosmic objects where gravity is so strong that nothing, not even light, can escape.
His father, a medical researcher, often took the family on long drives through the English countryside, where Stephen would lie on the back seat and gaze at the night sky.
In 1970, he proposed a revolutionary idea: black holes might not be completely black. They could emit tiny particles and slowly evaporate over billions of years. This idea, now called Hawking radiation, stunned the scientific world. Stephen's response to his illness was not just intellectual; it was deeply personal. He refused to let his disability define him. As his speech became slurred and he lost the use of his arms, he learned to communicate through a computer system that tracked his eye movements. He could only type a few words per minute, but he never stopped working.
He wrote books, gave lectures, and travelled the globe. In 1988, he published 'A Brief History of Time', a book that explained complex cosmology in simple language. It sold over 10 million copies and made him a household name. His wheelchair and robotic voice became iconic symbols of human determination. Resilience became Stephen's trademark. He lived not for two years, but for 55 more, defying every medical prediction. He married twice, had three children, and continued to explore the universe from his wheelchair. He once said, 'However difficult life may seem, there is always something you can do and succeed at.'
He faced setbacks, including a bout of pneumonia in 1985 that required a tracheostomy, leaving him unable to speak. Yet he adapted, using his new voice synthesiser to crack jokes and debate with fellow scientists. He even appeared on television shows like 'The Simpsons' and 'Star Trek', proving that science could be fun and accessible. Stephen Hawking's impact on science and culture is immeasurable. He showed that the human mind can transcend the limits of the body. His work on black holes changed our understanding of the universe, and his popular books inspired millions to look up at the stars with wonder.
One memorable detail: he once held a party for time travellers, sending out invitations after the party had ended, to see if anyone from the future would show up. No one came, but the experiment perfectly captured his playful curiosity. Stephen Hawking died on 14 March 2018, but his legacy continues to shine as brightly as the stars he spent his life studying.