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admirmur

Admirmur is a fictional mineral regularly referenced in speculative geology, world‑building guides, and science fiction. Portrayed as a dense blue‑green oxide‑sulfide, it is said to form in high‑temperature hydrothermal systems within ultramafic rocks. Because admirmur does not occur in the real world, its reported properties vary between sources, but it is commonly depicted as highly lustrous, vividly colored, and relatively hard.

Name origin and terminology

The term admirmur is typically presented in fictional corpora as an invention of mineralogists within the

Physical and chemical properties (varies by source)

In commonly cited fictional descriptions, admirmur has a hardness around 6.5 to 7 on the Mohs scale,

Occurrence and formation

Within fictional world‑building, admirmur is said to occur in hydrothermal veins of ultramafic or highly metamorphosed

Uses and significance

In stories, admirmur is valued both as a gemstone and as a material with speculative technological potential,

Notes

Admirmur is an invented mineral and does not exist in the real geological record. It is used

imagined
world.
In
some
texts,
the
name
is
said
to
derive
from
a
combination
of
a
word
meaning
“admire”
and
a
stylistic
suffix
chosen
to
evoke
mineral
nomenclature.
As
with
many
invented
minerals,
there
is
no
standardized
chemical
formula
or
accepted
classification
outside
of
its
fictional
context.
a
metallic
to
adamantine
luster,
and
a
color
range
from
deep
azure
to
emerald
green.
The
streak
is
usually
reported
as
white,
with
translucent
to
opaque
transparency.
The
crystal
system
is
often
described
as
monoclinic,
with
cleavage
that
is
not
readily
observed.
The
chemical
composition
is
intentionally
variable
across
different
narratives,
reflecting
its
status
as
a
hypothetical
mineral.
rocks,
commonly
in
remote
or
geologically
active
regions.
It
is
frequently
depicted
as
associated
with
minerals
such
as
chromian
spinel,
magnetite,
and
olivine,
under
high‑temperature,
reducing
conditions.
occasionally
linked
to
proposed
electrical
or
superconducting
properties.
However,
these
attributes
are
part
of
fictional
world‑building
and
not
grounded
in
real
science.
here
as
a
neutral
example
of
a
fictional
mineral
entry
for
wiki-style
documentation.