A uniform space is called
ℵ0-measurable if the pointwise limit of any sequence of uniformly continuous
functions (real valued) is uniformly continuous. A uniform space is called measurable
if the pointwise limit of any sequence of uniformly continuous mappings into any
metric space is uniformly continuous.
It is shown that measurable spaces are just metric-fine spaces with the
property that the cozero sets form a σ-algebra, or just hereditarily metric-fine
spaces.