From the Roman to the Wakefield Inquisition
By Mark Blaxill
As the year draws to a close, all of us at the Age of Autism are very pleased to honor Dr. Andrew Wakefield. As we’ve reported here many times during the past year, Dr. Wakefield has been the subject of a remarkable and unprecedented campaign to discredit his work and character, most notably in a show trial that is still underway in London, in hearings of the General Medical Council. In the face of extraordinary attempts to silence him, Wakefield has stood up to these attacks with grace and determination and has continued his research and clinical work on behalf of children and families suffering from autism. That makes him our first Age of Autism Galileo Award recipient.
Like many of our awards this year, this wasn’t a difficult decision. In fact, this may be one of those unusual cases where the recipient of an award in some ways outshines its namesake. To understand why that might be so, you need to understand a bit more about why we chose to name the award after the Italian scientist Galileo, what he represents to the history of science and how his experience compares with Wakefield’s.
Galileo Galilei was born in Pisa, Italy in 1564. And while he was a physicist and mathematician of some note, Galileo was as much a practical mechanic as he was a grand theorist; indeed it was his tinkering with convex and concave lenses that gave him the tools to leave his lasting mark on the world. As a skilled inventor of early working telescopes, he did not design the world’s first telescope, but he was the first to make them powerful enough for scientific use. In fact, the word telescope (derived from the Greek roots skopein, “to see”, and tele for “far”) was coined in 1611 to describe one of Galileo’s first instruments. For the accomplishments that flowed from his pioneering work, he has been described by many as The Father of Modern Physics; Albert Einstein even went so far as to name him The Father of Modern Science.
But Galileo is celebrated today not as much for his engineering talent as for the suffering he endured in support of an unpopular scientific theory. Because it was Galileo’s work with telescopes in the early 17th century that lent critical support to the theory of heliocentrism, the idea that the earth revolved around the sun and not the other way around. As with his telescope technology, Galileo was not the first to propose the heliocentric theory: that distinction belongs to Nicolai Copernicus. Yet Copernicus, a Polish mathematician, was well aware of the personal risk of disseminating his ideas and delayed their publication for many years. Copernicus’ major work, De revolutionibus orbium coelestium, was published only shortly before his death at age 70 in 1543.
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