La historia del tiempo

02The Formative Years

The formative years of any individual are often the most influential, shaping their future paths and laying the groundwork for their accomplishments. This was certainly the case for a young physicist who would go on to revolutionize our understanding of the universe. His journey began at University College, Oxford, where he initially pursued Natural Science before switching to Physics. This change in academic direction was the first step towards his future groundbreaking work in cosmology. The influence of his tutor, Robert Berman, during his time at Oxford cannot be overstated. It was under Berman's mentorship that the young physicist's interest in cosmology was ignited. This passion, once kindled, would continue to burn brightly throughout his life, guiding his research and leading to significant contributions to the field. However, his time at Oxford was not solely dedicated to academics. He also served as a coxswain for the university rowing team. This role, while seemingly unrelated to his academic pursuits, played a crucial part in his personal development. It helped him break out of his shell, fostering leadership skills that would prove invaluable in his future career. Upon graduating from Oxford with a first-class honours degree in Physics, he moved to Cambridge University for his postgraduate studies. It was here that he began to delve deeper into the mysteries of the universe, focusing his research on the implications and consequences of its expansion. In 1965, he completed his doctorate with a thesis titled "Properties of Expanding Universes". This achievement was made all the more remarkable by the fact that he was diagnosed with a rare form of motor neurone disease during his time at Cambridge. Despite this significant setback, he demonstrated remarkable resilience and determination, continuing his research and making significant strides in his field. One of the pivotal moments during his time at Cambridge was his introduction to Roger Penrose's theorem of a spacetime singularity in the centre of black holes. This concept sparked his interest in black holes and singularities, leading him to apply the same concept to the entire universe. This resulted in his groundbreaking work on the Big Bang singularity theorem, which has had a profound impact on our understanding of the universe's origins. His time at Cambridge also saw him become a member of the Institute of Astronomy and later, the Lucasian Professor of Mathematics, a prestigious position once held by Sir Isaac Newton. These roles further established him as a leading figure in the field of theoretical physics and cosmology. In conclusion, the formative years of this physicist were instrumental in shaping his future path. His time at Oxford and Cambridge not only provided him with a solid academic foundation but also nurtured his leadership skills, resilience, and determination. These qualities, coupled with his groundbreaking research, have left an indelible mark on the field of cosmology.

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