1. Seventeenth Century Physics
2.
Physics and Industry
3. Planning a Laboratory
4. Professor and Laboratory
5. Design of the Cavendish
6. Teaching and Research
7. Expanding the Cavendish
8. A World-Class Laboratory
9. The Rayleigh Wing
10. Cambridge and Manchester
11. Rutherford's Laboratory
12. The Mond Laboratory
13. The Austin Wing
14. Research Groups
15. A Laboratory Among Many
16. The Move to West Cambridge

 

15. A Laboratory Among Many

In 1954 Nevill Mott became the new Professor. He recognised that the Cavendish was now 'one good laboratory among many' and that physics research in the rest of the world had caught up with Cambridge.

In 1957 F.P. Bowden's laboratory from Physical Chemistry was incorporated into the Cavendish, bringing with it £50,000 of funding. Two years later a fourth floor was added to the Austin Wing, mainly to house theoretical physics. Theoreticians, treated as useful 'mathematical handymen' by Rutherford, now had a place alongside the experimentalists.

The Cavendish developed two interesting new areas of science in this period. The first, radio astronomy, was an indirect result of the Cavendish research in radio physics during the Second World War. In 1962 Ryle had a Radio Astronomy Observatory established for £180,000.

The second subject, molecular biology, had begun to develop under Bragg. It was this science that led to Francis Crick and James Watson's 1953 discovery of DNA in the Cavendish. Unfortunately this new area had developed so quickly that there was no space to house it in the Cavendish and in 1962 the new school of molecular biology moved to a separate laboratory built using money from the Medical Research Council. The Cavendish lost its new science, and the MRC Lab grew rapidly, with 130 workers by 1970.

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