最終更新日:2022/12/24
As we have mentioned before, the structure of Euclidean geometry, as formalized through the axioms of Hilbert, produces an archimedean ordered field. To com- plete the story, one can add to these axioms the further requirement that this field is maximal in the sense that it cannot be embedded inside any larger archimedean ordered field. It turns out then that any such ordered field is isomorphic to any other, and thus there is essentially one such ordered field. This ordered field is the real number system R.
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元となった例文
As
we
have
mentioned
before,
the
structure
of
Euclidean
geometry,
as
formalized
through
the
axioms
of
Hilbert,
produces
an
archimedean
ordered
field.
To
com-
plete
the
story,
one
can
add
to
these
axioms
the
further
requirement
that
this
field
is
maximal
in
the
sense
that
it
cannot
be
embedded
inside
any
larger
archimedean
ordered
field.
It
turns
out
then
that
any
such
ordered
field
is
isomorphic
to
any
other,
and
thus
there
is
essentially
one
such
ordered
field.
This
ordered
field
is
the
real
number
system
R.