- In
particle theory, the
skyrmion (/ˈskɜːrmi.ɒn/) is a
topologically stable field configuration of a
certain class of non-linear
sigma models. It was originally...
- In physics,
magnetic skyrmions (occasionally
described as 'vortices,' or 'vortex-like' configurations) are
statically stable solitons which have been...
- exist: The
skyrmion models the
nucleon as a
topological soliton in a
nonlinear SU(2) pion field. The
topological stability of the
skyrmion is interpreted...
-
lattice fermion Majorana fermion, each its own
antiparticle Parastatistics Skyrmion, a
hypothetical particle Weiner,
Richard M. (4
March 2013). "Spin-statistics-quantum...
- the 1940's. More
abstract examples arose in
quantum field theory. The
Skyrmion was
proposed in the 1960's as a
model of the
nucleon (neutron or proton)...
- antiferromagnet. The
interaction is
fundamental to the
production of
magnetic skyrmions and
explains the
magnetoelectric effects in a
class of
materials termed...
-
electron spins in MnSi
changes with
magnetic field,
forming helical, conical,
skyrmion, and
regular ferromagnetic phases.
Manganese monosilicide is a non-stoichiometric...
-
monopole in electromagnetism, the
Skyrmion and the Wess–Zumino–Witten
model in
quantum field theory, the
magnetic skyrmion in
condensed matter physics, and...
-
topological structure. They are the three-dimensional
counterparts of 2D
skyrmions,
which exhibit similar topological properties in 2D.
Hopfions are widely...
- ring-shaped
topological spin
texture and is
closely related to the
magnetic skyrmion. The
topological charge can be
defined as follows. Q = ∫ m → ( r → ) ⋅...
