# A History of Mathematics: From Mesopotamia to Modernity by Luke Hodgkin

By Luke Hodgkin

Even if the bankruptcy issues stick to the present version of background of arithmetic textual content books (compare the desk of contents Victor J. Katz's background of arithmetic; particularly similar), the textual content has a energy, intensity, and honesty chanced on all too seldom in a textual content booklet mathematical historical past. this isn't the common text-book on technical background that may be brushed aside (as Victor J. Katz's will be) as "a pack of lies" with in simple terms "slight exageration" (to quote William Berkson's Fields of Force).Also, the textual content is daring adequate to cite and translate the particular and ordinary variety of presentation utilized in Bourbaki conferences: "tu es demembere foutu Bourbaki" ("you are dismmembered [..]) [a telegram despatched by way of Bourbaki workforce to Cartan, informing him that his e-book used to be permitted and will be published]. Luke Hodgkin's textual content dispenses with the asterisk (see p.241).

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This seems not to work easily in this case. To spend some time thinking about how the problem could have been solved is already an interesting introduction to the world of the OB mathematician. Having looked at just one example, let us broaden out to the general ﬁeld of OB mathematics. What were its methods and procedures, what was distinctive about it? And second, do the terms ‘elementary’ and ‘advanced’ make sense in the context of what the Babylonians were trying to do; and if so, which is appropriate?

G. different types of pigs in Fig. 2) are described by pictures rather than any phonetic system of writing. 2 On this basis, there could be a case for considering the questions raised above with reference to ancient Egypt as well—the organization of Egyptian society and its use of basic mathematical procedures for social control were similar, if slightly later. However, the sources are much 2. There were certainly early poems celebrating heroic actions, the Gilgamesh being particularly famous. But in many societies, such poems are not committed to writing, and this seems to have been the case with the Gilgamesh for a long time—before it too was pressed into service by the bureaucracy to be learned by heart in schools.

The mathematical argument of the Meno, if not its philosophical one, would have been easily accessible to an Egyptian. To see how ‘classical’ Greek mathematics claims to work, it is best to start, at least, with Euclid’s Elements. ) This is a strange and complex work—some would say a composite, or scissors-and-paste compilation of previous works; but it has been the most read and commented of all mathematical works in history, so it deserves a central position in any account. For that reason, we shall privilege it over the harder works of Archimedes and Apollonius, the other main classics.