Alexander Adamson proof reader^1,2

Parents:

• Birth*: Alexander Adamson proof reader was born circa 1891 at Dundee, Forfarshire, Scotland, .¹
• He was the son of Thomas Bell Adamson iron turner and Betsy Thoms.¹
• Marriage*: Alexander Adamson proof reader married Margaret Marian Abel, daughter of Arthur Clark Abel clergyman and Helen Ann Carpenter, on Friday, 8 July 1927 at Dudhope United Free Church, Lochee Road, Dundee, Forfarshire, Scotland, ; 1927 marriages in the district of Lochee in the burgh of Dundee, ref 74; 1927 on the eighth day of July at Dudhope United Free Church Lochee Road Dundee after publication according to the forms of the United Free Church M ..; signed Alexr Adamson printers compositor bachelor aged 36 residing 5 Ellen Street Dundee, parents Thomas Bell Adamson iron turner & Betsy Adamson ms Thoms (dec); signed Margaret M Abel ... spinster aged 24 residing 8 Garland Place Dundee, parents Arthur Clark Abel minister United Free Church (dec) & Hellen Ada Abel ms Carpenter; signed Robt Scott minister of St Andrew & ... Presbyterian United Free Church Dundee, signed James Thoms 179 Strathmartine Road Dundee, Rita Law 45 Guthrie Street Dundee witnesses; registered 1927 July 12th at Dundee signed John R Nicoll registrar.^1,2
• Marriage*: Alexander Adamson proof reader married Elsie Margaret Richardson Findlay bookkeeper, daughter of Charles William Findlay and Elizabeth Lynch, on Thursday, 2 February 1933 at 5 Magdalen Place, Dundee, Angus, Scotland, ; 1933 marriages in the district of St Mary & St Peter in the burgh of Dundee, ref 42; 1933 on the Second day of February at 5 Magdalene Place Dundee after banns according to the forms of the Church of Scotland; signed Alex Adamson advertisement manager widower aged 41 residing 19 Cleghorn Street Dundee parents Thomas Bell Adamson iron turner & Betsy Adamson ms Thom (dec); signed Elsie Margaret Findlay bookkeeper spinster aged 30 residing 18 Rose Street Dundee parents Charles William Findlay signalman & Elizabeth Findlay ms Lynch (dec); signed James Cosh St George's Dundee signed Alex W Abel 80 Mains Drive Dundee Margaret Lynch Longforgan witnesses; registered 1933 February 4th at Dundee signed R R Milne assit registrar initialled JM.⁴
• (Deceased) Death*: Alexander Adamson proof reader died on 6 March 1959 at Victoria Hospital, Dundee, Angus, Scotland, , 1959 deaths in the district of Lochee in the burgh of Dundee, ref 72; Alexander Adamson printer's compositor journeyman retired married to 1st Margaret Marian Abel and then Margaret Richardson Findlay; 1959 March Sixth 1h 55m am Victoria Hispital Dundee UR 3 Milton Street Monifieth; male aged 68 years parenst Thomaas Adamson iron turner (dec) & Betsy Adamson ms Thoms (dec); cause carcinoma right index finger 3 months pulmonary metastases 3 months as cert by John S G Blair MB FRCS; signed Mary Adamson sister 5 Ellen Street Dunde; registered 1859 March 6th at Lochee signed A C Maarshall registrar.⁵

• (Informant) Death: He registered the death of Margaret Marian Abel on 3 July 1928 at Royal Infirmary, Dundee, Angus, Scotland, ; 1928 deaths in the district of St Clement in the burgh of Dundee, ref 560; Margaret Marian Adamson married to Alexander Adamson proof reader; 1928 July Third 6h 25m am Royal Infirmary UR 60 Woodlands Terrace Dundee, female aged 25 years parents Arthur Clerk Abel clergyman (dec) & Helen Ann Abel ms Carpenter, cause nephritis uraemia as cert be Anne F Crow MBChB, signed Alexr Adamson widower 60 Woodlands Terrace, registered 1928 July 3rd at Dundee signed H Lowden assist regsitrar initalled WHP.⁶
• (Witness) Biography: Alexander Adamson proof reader was mentioned in the Biography of Iain Thomas Arthur Carpenter Adamson mathematician in November 2010; Iain Thomas Arthur Carpenter Adamson
  Born: 17 June 1928 in Dundee, Scotland
  Died: 9 June 2010 in Nedlands, WA, Australia
  Version for printing
  Iain Adamson's parents, Alexander Adamson and Margaret Abel, were married in Lochee, Dundee, in 1927. Iain's mother, Margaret, died shortly after he was born at the age of twenty-five (she was born in 1903), and Iain was brought up in Dundee by his father and his father's sisters. Iain's secondary education was at Morgan Academy in Dundee and, in 1945, he graduated as Dux of the Academy. In the same year he entered the University of St Andrews where he studied for a B.Sc. He graduated in 1949 with First Class Honours in Mathematics. He was one of six students taking the honours mathematics course at St Andrews in that year. The courses he took for his finals were the compulsory papers in Geometry,
  Algebra, Analysis, Statics, and Dynamics, along with the two Special Topic papers Fluid Mechanics and Algebra. In fact he was the only student to take the Special Topic paper in Algebra in 1948-49 and his performance in this paper was quite outstanding. He was awarded the Carstairs Prize and the Class Medal as the best student.
  After graduating from the University of St Andrews, Adamson went to Princeton University in the United States where he undertook research in algebra supervised by Emil Artin. He was awarded his doctorate in 1952 for his thesis The Cohomology Structure of Formations. Some results from this thesis appear in his 1954 paper Cohomology theory for non-normal subgroups and non-normal fields. In 1953 he was appointed to the Mathematics Department at Queen's University, Belfast, returning to Dundee in 1960 where he was appointed as a lecturer in mathematics in Queen's College, at that time part of the University of St Andrews. He made a research visit to the University of Western Australia in 1966 and
  there met Robin Adison who was a Senior Tutor in the French Department. Iain married Robin in Dundee in 1967; their daughter Margaret was born in 1969. Also in 1967, Queen's College became the new University of Dundee and Iain automatically changed from being employed by the University of St Andrews to being a lecturer in the University of Dundee. I [EFR] got to know Iain well in 1970 when we both attended a Category Theory conference held in the Villa Monastero in Varenna on Lake Como in Italy. His quiet sense of humour added greatly to my enjoyment of the conference.
  We will look at other aspects of Adamson's life later in this biography, but first we want to look at his greatest mathematical contribution which was as a writer of textbooks. His interest in teaching was evident from an early stage in his career and while a lecturer at Queen's University, Belfast, he published articles such as Transformations of Integrals (1958), A new approach to limits (1958), and A "Static" Approach to Derivatives (1959). To get a flavour of these articles, let us quote from his paper on limits:-
  In a recent series of articles and books, Menger has raised grave doubts about the meaning, if any, which can be attached to the phrase "a function f (x) of the real variable x". He proposes to talk instead of "a function f whose domain is the set of real numbers", claiming that on this basis he can develop the calculus without the use of variables at all; his book 'Calculus: A modern approach' is a triumphant vindication of this claim. By denying himself the use of the variable x, Menger is no longer able to use the phrase "as x tends to a" in discussing limits; he boldly returns to a usage similar to that of the nineteenth century ... To drop the phrase "as x tends to a" may be held by some to be a tragedy; certainly its introduction, and that of the arrow notation, were hailed as a great improvement. But the word "tends" inevitably conjures up a picture of x (whatever x is) moving towards a; and as rege pointed out in an early discussion of the meaning of variables and functions, movement can take place only in time, while pure mathematics has nothing to do with time.
  Adamson's first textbook was Introduction to field theory (1964). He writes in the Preface:- Amid all the current interest in modern algebra, field theory has been rather neglected - most of the recent textbooks in algebra have been concerned with groups or vector spaces. But field theory is a very attractive branch of algebra, with many fascinating applications; and its central result, the 'Fundamental Theorem of Galois Theory', is by any standards one of the really "big" theorems of mathematics. This book aims to bring the reader from the basic definitions to important results and to introduce him to the spirit and some of the techniques of abstract algebra. It presupposes only a little knowledge of elementary group theory and a willingness on the reader's part to remember definitions precisely and to engage in close argument.
  Neil Grabois expresses the widely held view that this is an excellent book [5]:- This is an attractive book on field theory and Galois theory ... The text is very clearly written, with many examples, and the exercises are good ... All told this is an excellent introduction to field theory.
  D B Scott, however, writes (somewhat harshly many Scotsmen would say) [8]:- The presentation is clear and convincing. It is perhaps a hard-headed rather than an exciting presentation, but the author, an ardent Scotsman writing in the Edinburgh series, would presumably wish to have it that way.
  The book was a great popular success, running to 5 editions. Adamson's next book Rings, modules and algebras (1971) was again in his own specialist area of algebra. This book ran to 3 editions and his next book, Elementary rings and modules (1972), ran to two editions. Reviewing the first of these, H H Storrer writes:-
  The presentation is very clear, detailed and complete, only rarely a proof or even a small argument is left to the reader. This should be particularly useful for students reading the book on their own.
  On the second of these Colin Fletcher writes [4]:- I enjoyed reading the work. The author's style makes the pages and the time fly.
  Adamson turned to analysis for his next textbook Elementary mathematical analysis (1975). From the information given above of Adamson's three papers on teaching elementary analysis, we could guess that his approach in this book would be innovative; indeed it is. Victor Bryant in his review [2], however, points out that, due to Adamson's non-standard notation, a student who learns analysis from this book might find it hard reading other analysis books. Perhaps the two most successfully innovative textbooks by Adamson are A general topology workbook (1996), and A set theory workbook (1998). These books are based on the Moore method of teaching (named for R L Moore). Let us quote Adamson's own explanation from the Preface of the 'Topology' book:- This book is called a 'Workbook' to make it clear from the start that it is not a conventional
  textbook. Conventional textbooks proceed by giving in each section or chapter first the definitions of the terms to be used, the concepts they are to work with, then some theorems involving these terms (complete with proofs) and finally some examples and exercises to test the readers' understanding of the definitions and the theorems. Readers of this book will indeed find all the conventional constituents - definitions, theorems, proofs, examples and exercises - but not in the conventional arrangement.
  In the first part of the book will be found a quick review of the basic definitions of general topology interspersed with a large number of exercises, some of which are described as theorems. ... The exercises are deliberately not "graded" - after all the problems we meet in mathematical "real life" do not come in order of difficulty; some of them are very simple illustrative examples; others are in the nature of tutorial problems for a conventional course, while others are quite difficult results. No solutions of the exercises, no proofs of the theorems are included in the first part of the book - this is a 'Workbook' and readers are invited to try their hand at solving the problems and proving the theorems for themselves. I have been persuaded, with some reluctance, to offer suggestions about how to tackle the exercises which are not entirely straightforward; really dedicated 'Workbook'-ers should ignore these!. The second part of the book contains complete solutions to all but the most utterly trivial exercises and complete proofs of the theorems.
  The 'set theory' book is written in the same innovative style. As the reviews [1] and [9] both point out, Adamson's "best laid plans" can be foiled by students who turn to the second part for the proofs of the results as they are reading the first part. Also in 1996, Adamson published Data structures and algorithms. At first this looks like an unlikely topic but he had turned to teaching Computing Science when the Department had asked for volunteers and, true to his way of thinking, he did this properly by first taking an M.Sc. in Computer Science at the University of St Andrews. The book was the result of teaching several different Computer Science courses over a number of years:- The book is written in an informal and friendly way specifically to appeal to students.
  We promised to return to what we can only describe as "another side" of Adamson's life. When the University of Dundee asked if members of staff would consider early retirement with part-time re-engagement, Adamson accepted the offer. However he continued to give much more to the university than the 35% of a full-time post required in his contract. He had earlier taken over the running of the departmental library and continued in this role after becoming part-time. He also trained as a minister in the Church of Scotland. The Rev. Dave Robinson writes [6]:- Iain had a long involvement as an Elder and Session Clerk in the Church of Scotland and when he decided to partly retire from his University teaching he undertook a course of training to equip him to become an Auxiliary Ordained Minister of the Church of Scotland. When he completed this training he was appointed to assist in a parish on the outskirts of Dundee where the incumbent minister had four congregations to serve. Iain quickly became a well
  known and well respected Minister, especially in regard to pastoral care where his willingness to be a listener rather than a speaker endeared him to people with problems.
  In 2001 Iain and Robin Adamson decided to go to Australia and take up permanent residence in Nedlands. There he continued to serve the Church, becoming involved with the Nedlands Uniting Church in Australia. His interests outside mathematics and the Church are described in [6]:- Iain had a great love of classical music, including opera and studied Italian at the University of Western Australia - no doubt to help him understand some of the operas he attended. He had a great appreciation of art, attended as many concerts as he could and also loved to travel.
  Finally let us mention that he was elected as a member of the of the London Mathematical Society on 19 December 1957, and as a member of the American Mathematical Society in May 1958. He was a member of the Edinburgh Mathematical Society and was honoured by being elected President of the Society in 1983-84.
  Article by: J J O'Connor and E F Robertson
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  http://www-history.mcs.st-andrews.ac.uk/Biographies/Adamson.html
  Adamson biography http://www-history.mcs.st-and.ac.uk/Biographies/Adamson.html.²

Census & Directory Entries

Member of Household

31 March 1901

They was listed as a member of the household of Thomas Bell Adamson iron turner and Betsy Thoms in the 1901 census at 177 Victoria Road, Dundee, Forfarshire, Scotland, . Alexander Adamson, son, 10, scholar, Dundee; Thomas Adamson, head, 32, iron turner, Dundee; Betsy Adamson, wife, 29, Forfar.7