Stephen Hawking’s works to be kept in perpetuity at Cambridge University library

Prof Stephen Hawking’s scientific papers and personal possessions are to be saved for the nation.

The objects include childhood letters, scripts from his TV appearances and Prof Hawking’s ground-breaking research into black holes.

The 10,000-page archive will be kept in perpetuity at Cambridge University library.

His office will be reconstructed in the Science Museum next year and selected highlights will go on display.

Prof Hawking’s son, Tim, said that the family was delighted that his body of work and memories of his life were being safeguarded for future generations.

“Our father would be really pleased,” he said. “It was really important during his lifetime that science be opened up to the widest possible number of people and be democratized and not be the preserve of the elite few.”

The early years

The collection encompasses Prof Hawking’s personal and professional life. Particularly touching is a letter by Hawking to his father on family-headed notepaper that was written when the future professor was six years old.

In child-like lettering, with several crossings out, the young Stephen tells his father a story about pirates loading treasure. He signs off with hugs and kisses.

Tim Hawking saw the note for the first time only recently.

“I would write my dad letters along those lines,” he reminisces fondly. “It was quite nice to see it being passed along the generations and appreciating that he had a loving relationship with his dad, as I did when I was (that) age. It shows a tenderness in his relationship with his father which I hadn’t fully understood until now.”

A letter 6-year-old Stephen Hawking wrote to his dad about pirates and treasure
A letter written by the six-year-old Stephen relates a story about pirates

Prof Hawking was a prolific letter writer. He communicated with popes, US presidents and Nobel laureates.

The letters, however, show his handwriting deteriorating after a diagnosis of motor neurone disease in 1963. Its progression is captured by the increasingly misshapen letters and inkblots on the page.

Scientific papers

The star attraction for historians will be Prof Hawking’s research papers and correspondence with his collaborators. They are a record of how his unique mind worked, cataloguing corrections and changes in his ideas over time.

Prof Paul Shellard, who worked with him at Cambridge University, said that the collection of papers had a profound influence on our understanding of space-time and the Universe.

“It’s a wonderful thing that historians of science can get an idea of how Stephen thought about these problems,” Prof Shellard explained. “He saw further than others and I hope that (his) intuition and way of thinking will come through in the archive and be remembered in perpetuity.”

A section from Prof Hawking's breakthrough paper which suggested that black holes were not completely black
A section from Prof Hawking’s breakthrough paper, along with a hand written equation. They suggested that black holes were not completely black

The collection contains a glowing letter, from Prof Hawking’s PhD supervisor, to the 22-year-old budding researcher’s dad, Frank.

“It is such a pleasure to supervise him,” writes Prof Denis Sciama, a noted physicist at the time who is credited as a father of modern cosmology. “Indeed, I’m at a stage… that I am learning from him”.

Accompanying a seminal 1974 scientific paper, on how black holes are not completely black, is a cover letter to the editor of one of the world’s leading scientific journals, Nature. In it we see a confident, if not downright cocky young man, in little doubt about the importance of his research paper.

A covering letter from a confident young man to the editor of one of the most prestigious scientific journals in the world
A cover letter from the confident young Hawking to the editor of one of the most prestigious scientific journals in the world

Hawking’s office

The contents of Prof Hawking’s office, including his custom-built wheelchairs, communications equipment, and office furniture, will be transferred to the Science Museum. According to the museum’s director, Sir Ian Blatchford, although rooms of decorative or artistic interest are often kept for posterity, spaces relevant to scientific discovery are rarely saved.

“By preserving Hawking’s office, future generations will be able to delve deep into the world of a leading theoretical physicist who defied the laws of medicine to rewrite the laws of physics and touch the heart of millions,” Sir Ian said.

“These remarkable items might even inspire the next Hawking to wonder about the world around us.”

Source: bbc.com

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