- In
materials that
exhibit antiferromagnetism, the
magnetic moments of
atoms or molecules,
usually related to the
spins of electrons,
align in a regular...
-
resulting in zero net magnetisation.
Unlike in an
ordinary collinear antiferromagnet,
another magnetic state with zero net magnetization, the electronic...
- temperatures.
These are the ferromagnets,
ferrimagnets and
certain kinds of
antiferromagnets.
These minerals have a much
stronger response to the
field and can...
-
moments on
different atoms are
ordered and can form a ferromagnet, an
antiferromagnet or a ferrimagnet. In a ferromagnet—for instance,
solid iron—the magnetic...
- the
exchange interaction between the
antiferromagnet and
ferromagnet at
their interface.
Since antiferromagnets have a
small or no net magnetization,...
- dominate. Upon cooling, the
spins will
often enter a
ferromagnet (or
antiferromagnet) phase. In this phase,
interactions between the
spins cause them to...
-
analogous to how a
liquid can
freeze into a
crystalline solid. In an
antiferromagnet,
unlike a ferromagnet,
there is a
tendency for the
intrinsic magnetic...
- to
three other types of magnetism—paramagnetism, diamagnetism, and
antiferromagnetism—but the
forces are
usually so weak that they can be
detected only...
-
vanishing resistivity.
Magnetic states such as
ferromagnetism and
antiferromagnetism can also be
regarded as
phases of
matter in
which the
electronic and...
- 1957.
Magnons were
later detected in ferromagnets, ferrimagnets, and
antiferromagnets. The fact that
magnons obey Bose–Einstein
statistics was confirmed...
