Dr Arnold Lynch
Dr. Arnold Lynch
The Times February 01, 2005
In 1943 he was studying photocells. Unknown to him, his boss at Dollis Hill, Tommy Flowers, was working to develop a machine that would break Fish — manual decoding was so slow that any coherent material it yielded was already hopelessly out of date. Thanks in large part to Lynch’s work on optical tape readers, the Colossus could read punched tape at 5,000 characters per second, five times faster than previous designs.
After the war he continued to research dielectric loss. He felt it was a great professional achievement when this work led to the choice of British polyethylene in preference to American in the first transatlantic telephone cable laid in the mid-1950s.
When he retired in 1974, he returned to the lab work. At City University he developed the measurement technique now used to meter electricity flowing in the high-voltage link between the British and French national grids. He worked in the electrical engineering department of University College London, using open resonators for millimetre-wave measurements. He also worked on a new free-space method of measuring ferrites. A paper on the subject, with several co-authors, won the Maxwell Premium of the Institution of Electrical Engineers.
Lynch’s major work in retirement was at the National Physical Laboratory in Teddington, again on precise electrical measurement. He developed a non-contact method of measuring the electrical resistivity of metals, which greatly facilitates the testing of aircraft components for correct heat-treatment and is also used to identify coins in coin-operated machines.
One of his great interests was the history of technology, and he was a member of the archives committee of the Institution of Electrical Engineers for some 25 years. He took a great interest in the project, begun in 1994, to rebuild Colossus at the Bletchley Park Museum.
He married Edith Taylor in 1953. She died last year, and he is survived by a son and a daughter. Another daughter died in infancy.
Arnold Lynch, electrical engineer, was born on June 3, 1914. He
died on November 13, 2004, aged 90.
Our 1978 article Displacement Current took the lid off Received Electromagnetic Theory. The whole process leading up to Maxwell's Equations was thrown into question. We sat back and waited. Nothing happened.
I do not blame myself for waiting. We were not to know that there was no sense of responsibility anywhere within Establishment Science. Had I suspected this, I might have proceeded in the way I actually proceeded with "The Catt Question" two decades later. [Animation]. However, this article is so important and interesting that it was very reasonable to assume that it would attract interest. Even now, I would probably have to use the same approach again, as I did again, for the first many years with The Catt Question .
This is one way in which a defunct Establishment is so expensive. We all of us have to start by assuming that at least one of its members will do his job properly.
Of course, when the late Dr. Arnold Lynch, Doyen of the UK IEE (Institution of Electrical Engineers) did his job properly, he was then blocked by the rest of the crowd. His "error" in writing a paper with me A difficulty in Electromagnetic Theory and then trying to publish it in mainstream IEE is probably why his death passed unremarked by his erstwhile colleagues at the heart of the IEE, even though The Times had an obituary on him, see above..
Ivor Catt 2nov05