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Brumell was born at Morpeth, and admitted a sizar to Christ’s College, Cambridge in 1832. He did not reside, but matriculated at St John’s College the following year. He was the Smith’s Prizeman, BA 1837 (3rd Wrangler) and Bachelor of Divinity 1848.

He was a fellow and tutor at St John’s College, and during 1846 served as Senior Proctor of the University. Ordained a deacon in 1844 and a priest in Ely a year later, Brumell became rector of Holt in Norfolk in 1853, and remained there until his death in 1901. He served as Rural Dean 1858-1900.

Brumell died without issue in 1901.

Obituary in The Eagle: Vol 23, Michaelmas Term 1901, p. 78
Accessible online at: https://documents.joh.cam.ac.uk/public/Eagle/Eagle%20Volumes/1900s/1902/Eagle_1901_Michaelmas.pdf

Robert Fuller was the College's Head Porter from 1969 to 1985. He was the first Head Porter to welcome both female fellows and undergraduates.

LMBC coach during the 1970s and 1990s, and co-author of 'The Bumps: An Account of the Cambridge University Bumping Races, 1827-1999' (2000).

Sir Donald Macalister was born in Perth, Scotland, on the 17th May 1854, the son of another Donald Macalister. He was educated in Scotland for the first few years of his life, and then in Liverpool, before being admitted to St John’s College, Cambridge in 1874. He had won a scholarship from St John’s, but also from Balliol, Worchester, and Oxford. He was Senior Wrangler and a Smith’s prizeman in 1877, and was immediately elected as a fellow of the college.

Sir John Douglas Cockcroft was a physicist and engineer. He was born on 27 May 1897 in Langfield, Yorkshire, to John Arthur Cockcroft and Annie Maude Fielden.
Cockcroft was educated at Todmorden secondary school from 1909 and he went with a scholarship to the University of Manchester in 1914 to study mathematics. He volunteered for war service in 1915 and spent three years as a signaller in the Royal Field Artillery. He returned to Manchester in 1919 to the College of Technology, where he gained a first-class BScTechn. in 1920. He was then accepted as a college apprentice in engineering by the Metropolitan-Vickers Company. He then won a scholarship at St John's College to read mathematics.
In 1925 Cockcroft married (Eunice) Elizabeth Crabtree whom he had known since childhood. Their first child, a boy, died at two years. Subsequently they had four daughters and then a son.
Cockcroft was recommended to Edward Rutherford at the Cavendish Laboratory, Cambridge, and he was accepted as a research student supported by a foundation scholarship from St John's College, a state scholarship, and a further grant from Vickers. He gained his PhD in 1928. At Rutherford’s request, Cockcroft joined up with E.T.S. Watson. In April 1932 their proton beam was directed on to a lithium target and bright scintillations were observed. They were shown to be due to helium atoms. By developing a high voltage high energy beam, the atom had been disintegrated, transformed, and the whole scientific world realized that a new era of nuclear physics had arrived.
Outside of his laboratory work, in 1933 Cockcroft had been appointed junior bursar of St John's College responsible for the buildings, some of which had been neglected for years. The gatehouse of the college was partly taken down to replace roof damage and destruction by death-watch beetles; two new courts were built and rewiring done. In 1935 Cockcroft took over direction of the Mond Laboratory; a new wing of the Cavendish Laboratory. In 1936 Cockcroft was elected FRS, and in 1939 he was elected to the Jacksonian professorship in natural philosophy just as he was becoming increasingly involved with efforts being made in technical fields to prepare for war with Hitler's Germany.
Sir H. T. Tizard spoke confidentially to Cockcroft early in 1938 about RDF, the highly secret radio technique for finding aircraft. Cockcroft played a major role in persuading about eighty physicists to spend a month at various coastal radar defence stations, and he also persuaded a number of leading physicists to participate in the RDF project. Some of these scientists made major advances in radar and Cockcroft's part was one of his greatest contributions to the war effort.
Cockcroft became chief superintendent of the Air Defence Research and Development Establishment at Christchurch in late 1940. Radar was then being applied to direct anti-aircraft gunnery upon unseen targets. Coastal defence radar and radar for combat use by the army to detect moving vehicles and tanks in the darkness were other major projects he undertook.
Cockcroft was assigned to Canada in 1944 to take charge of the Montreal laboratory, and then to build the NRX heavy water reactor at Chalk River. His calm but energetic direction gave the laboratory a firm sense of purpose. The nuclear explosions at Hiroshima and Nagasaki brought the war to an abrupt end, but the nuclear work continued. The Canadians wanted Cockcroft to stay but he was wanted at home to direct the new establishment which was being built at Harwell for atomic energy research. Cockcroft commuted for a while and did both jobs but he then moved full-time to Harwell in 1946.
Cockcroft's name and the excitement of atomic energy attracted many able people of all ages to work at Harwell. Work on pressurized gas-cooled reactors made it possible in 1953 to base the production of additional plutonium on dual-purpose reactors to be built at Calder Hall. The justification was primarily military, but for the first time the vision of cheap nuclear power began to have a practical endorsement. The government decided in 1954 to take the responsibility for atomic energy from the Ministry of Supply and create the Atomic Energy Authority (AEA). Cockcroft became the first member for research, while also remaining director of Harwell.
In December 1954 a technical conference was held under the auspices of the United Nations on the peaceful uses of atomic energy. An advisory committee from seven countries was formed and Cockcroft was chosen as the British representative. This conference, held at Geneva in August 1955, was a political event of outstanding importance which might have heralded the end of the cold war. Scientists from the communist countries fraternized so easily with those from the west, that, just as they shared science, they thought there must be a way to share political philosophies. Scientifically it was an enormous success. Cockcroft was able to invite I. Kurchatov, of the USSR, to give a lecture at Harwell on a subject (fusion research) which only a few months earlier was regarded as extremely secret.
Cockcroft gathered much of the British work on fusion research at Harwell and the major project was the torroidal discharge machine called ZETA which was a major step forward in fusion research. Cockcroft was able to give a great deal of help and encouragement to the Medical Research Council in their work on radiological protection. His influence led to the creation of the Rutherford High Energy Laboratory. He was also closely concerned with the early years of CERN.
Cockcroft resigned as a full-time member of the AEA in 1959 but remained a part-time member and moved to Cambridge to become the first master of the new Churchill College, having been nominated by Sir Winston Churchill himself. Cambridge had accepted the offer of finance for a college which would have nearly as many advanced scientists and fellows as undergraduates, all living in college. Churchill was gratified that this college would bear his name, and Cockcroft was about the most famous scientist or engineer in Britain at that time.
Alongside his duties as Master of Churchill College, Cockcroft represented Britain in the conference which in due course led to the signing of the test ban treaty relating to atomic weapons. He supported the Pugwash conferences on science and world affairs, and was their president in 1967.
Cockcroft received many honorary degrees, awards, and honours, the three principal being the Order of Merit (1957), the Nobel prize for physics, jointly with E. T. S. Walton (1951), and the atoms for peace award (1961). He was appointed CBE in 1944, knight bachelor in 1948, and KCB in 1953. Cockcroft wrote few scientific papers, but from 1935 devoted his outstanding ability to organizing and administering research in science and technology. Cockcroft died on 18 September 1967 at Churchill College. On 17 October a service of memorial and thanksgiving was held in Westminster Abbey.

Professor Revd. Alfred Caldecott was born in Chester on 9 November 1850. His father, John Caldecott was a hatter and founder of the Institute of Accountants. Caldecott was his sixth child by his first wife Mary Dinah (née Brookes). His older brother Randolph was an English artist and illustrator. In 1860 the family moved to Boughton, Cheshire and he spent the last five years of his schooling at The King Henry VIII School in Chester. He then attended St. John’s College, Cambridge, matriculating in 1876. He read the Moral Sciences Tripos and he took First Class honours in 1880. He was then elected to a Fellowship at St John's. He was one of the founders of the Cambridge University Moral Sciences Club and the first meeting took place on 19 October 1878 in his rooms at St John's.
Caldecott joined King's College London in 1891 as Professor of Logic, Mental and Moral Philosophy. He developed a syllabus with a renewed emphasis on theological issues. He was a lecturer of Logic, Ethics and Psychology to the King’s College London Ladies Department. He became the Boyle Lecturer in 1913 and was Dean of King's College from 1913–17.
In his religious life Caldecott took Holy Orders and became the curate of Stafford from 1880-82, then he was Vicar of Horningsea, Cambridgeshire from 1883-84. He was the Select Preacher at Cambridge University for many individual years between 1884 and 1916. He was the Rector of North and South Topham in Norfolk from 1895-1898 and then the Rector of Frating with Thorington in Essex from 1898-1906. He became Prebendary of St Paul's from 1915 to 1935 and the Rector of Great Oakley in Essex from 1917-1925.
Caldecott was a regular contributor to 'Cambridge Theological Essays' and to the 'University of London Theological Essays'. He wrote several books on philosophical, historical and religious subjects including: 'English Colonialism and the Empire' (1891), ‘The Church in the West Indies’ (1898) and 'The Philosophy of Religion in England and America' (1901). He contributed a paper in 1908 to the Pan-Anglican Congress on Christian Philosophy in contrast with Pantheism, Christian Science, and Agnosticism. He also collaborated with his brother Randolph on the book 'Aesop's Fables' (1883) which contained his translation of Aesop from the original Greek.
In 1910 he made up a deputation with Elizabeth Garrett Anderson and Louisa Garrett Anderson who were allowed to put forward the case, for women to have the vote, to the Prime Minister.
He died on 8 February 1936, aged 85, in Upton-upon-Severn in Worcestershire. A portrait of Alfred painted by his brother Randolph Caldecott hangs in the Liverpool Academy of Arts.

Head Porter, 1936(?)-1952

Dr. Sandra Billington was born on 10th September 1943. After working in theatre including gaining a scholarship to RADA and working with Mike Leigh, she attended Lucy Cavendish College, Cambridge. There, she became fascinated by folklore, theatre and disorder in the Middle Ages. She was Lecturer and Reader in Renaissance Theatre at the University of Glasgow from 1979 to 2003, a specialist in Shakespeare and folklore. She was a Fellow of the Royal Society of Edinburgh from 1998 to 2005.
Her books include ‘Mock Kings in Medieval Society and Renaissance Drama’ (1991), ‘Midsummer: A cultural sub-text from Chretien de Troyes to Jean Michel’ (2001), and ‘Coming up for the third time’ (2011). She also edited ‘The Concept of the Goddess’ with Miranda Aldhouse-Green in 1986. Her book ‘A Social History of the Fool’ won the Folklore Society's Katharine Briggs Folklore Award in 1984. She also wrote an article on 16th Century Drama in St. John’s College, Cambridge which was published in February 1978 in the ‘Review of English Studies’ Vol. XXIX, Issue 113.