
Publication details
Year: 2013
Pages: 189-202
Series: Synthese
Full citation:
, "The concept of measurement-precision", Synthese 190 (2), 2013, pp. 189-202.


The concept of measurement-precision
pp. 189-202
in: Christopher Pincock, Marion Vorms (eds), Models and simulations 4, Synthese 190 (2), 2013.Abstract
The science of metrology characterizes the concept of precision in exceptionally loose and open terms. That is because the details of the concept must be filled in—what I call narrowing of the concept—in ways that are sensitive to the details of a particular measurement or measurement system and its use. Since these details can never be filled in completely, the concept of the actual precision of an instrument system must always retain some of the openness of its general characterization. The idea that there is something that counts as the actual precision of a measurement system must therefore always remain an idealization, a conclusion that would appear to hold very broadly for terms and the concepts they express.
Publication details
Year: 2013
Pages: 189-202
Series: Synthese
Full citation:
, "The concept of measurement-precision", Synthese 190 (2), 2013, pp. 189-202.