-
ferroelastics are
formally multiferroics,
these days the term is
usually used to
describe the
magnetoelectric multiferroics that are
simultaneously ferromagnetic...
-
explains the
magnetoelectric effects in a
class of
materials termed multiferroics. The
discovery of
antisymmetric exchange originated in the
early 20th...
-
Materials that are both
ferroelectric and
ferromagnetic are
known as
multiferroics. When most
materials are
electrically polarized, the
polarization induced...
- the
unexpected application of
multiferroics in
other more
fundamental branches of physics: She
designed a new
multiferroic with the
precise specifications...
- systems; the
analogous effects in
insulators fall into the
field of
multiferroics.
Spintronics fundamentally differs from
traditional electronics in that...
- also
exhibit magnetic ordering making them
single structural phase multiferroics. This
material property is
highly interesting for
construction of memory...
- high-temperature superconductivity, Mott transition,
colossal magnetoresistance,
Multiferroics, and
magnetic skyrmions.
Tokura was born in Nishiwaki, Hyōgo, ****an...
- A. P.; Zvezdin, A. K. (2009). "Flexomagnetoelectric
interaction in
multiferroics". The
European Physical Journal B. 71 (3): 419–427. Bibcode:2009EPJB...
-
Nicola A.; Cheong, Sang-Wook; Ramesh,
Ramamoorthy (1
January 2010). "
Multiferroics: Past, present, and ****ure".
Physics Today. 63 (10): 38. Bibcode:2010PhT...
-
confirmed experimentally was Cr2O3. This is a single-phase material.
Multiferroics are
another example of single-phase
materials that can
exhibit a general...
