Vol. 5/2009 - Facultatea de Litere
Vol. 5/2009 - Facultatea de Litere
Vol. 5/2009 - Facultatea de Litere
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3. Results<br />
Structurally, mathematical eponyms are comparable with other specialist eponyms, i.e.,<br />
they share similar structures with physical, chemical and medical eponyms, on the one hand<br />
and reveal peculiarities pertaining to the mathematical terminology exclusively, on the other.<br />
Our corpus of mathematical eponyms invites a double perspective, i.e., a first one <strong>de</strong>aling<br />
with the structure proper of ‘set phrases’ and a second direction of analysis, in terms of the<br />
nouns or adjectives accompanying names of mathematicians.<br />
3.1. Structures of mathematical eponyms<br />
This perspective distinguishes ‘one-word’ and ‘multi-word’ mathematical eponyms as<br />
well as a possible classification of the set phrases, on account of the type of common word<br />
they inclu<strong>de</strong>.<br />
3.1.1. ‘One-word’ mathematical eponyms<br />
In mathematical texts, names of scientists recategorized into common words are rather<br />
rare and they are usually the result of lexical ellipsis, since, for example, Hamiltonian is more<br />
common than Hamiltonian operator, pfaffian is simpler than pfaffian property, and Gaussian is<br />
the reduction Gaussian function/curve/distribution. Prefixation is present with the negative non-<br />
in non-von Neumann processors, non-Wahlquist polynomial, but there have been recor<strong>de</strong>d less<br />
expected prefixations, such as hyperkahler manifold, hypohamiltonian graph. Suffixation has<br />
contributed to create adjectives, such as Borromean (