-
phase transition,
sphalerons would wipe out any
baryon asymmetry as it is created,
while in a first-order
phase transition,
sphalerons would wipe out baryon...
-
hypothesized Adler–Bell–Jackiw
anomaly in
electroweak interactions; however,
sphalerons are not all that
common and
could occur at high
energy and temperature...
- number; at
higher temperature it may
change through interactions with
sphalerons, particle-like entities. In both cases, the
process involved is related...
- of
Goldstone bosons.
Sphalerons are a
field configuration which is a
saddle point of the Yang–Mills
field equations.
Sphalerons are used in nonperturbative...
- non-trivial
topological configurations of the
electroweak theory, that is, the
sphalerons.
Other applications include the
hypothetical non-conservation of baryon...
- (higher-order
baryon non-conservation processes,
virtual black holes,
sphalerons, etc.) on time
scales of 1046 to 10200 years. 101100–32000 The estimated...
- Gr**** σφάλλειν (sphállein), σφαλερός (sphalerós), σφαλλόμενον sphalerite,
sphaleron sphen-
wedge Gr**** σφήν, σφηνός (sphḗn, sphēnós) sphenic, Sphenodon, sphenoid...
-
breaking to be a first-order
cosmological phase transition,
since otherwise sphalerons wipe off any
baryon asymmetry that
happened up to the
phase transition...
-
through the
Higgs mechanism.
However exotic m****ive particle-like entities,
sphalerons, are
thought to have existed. This
epoch ended with
electroweak symmetry...
-
subjects that
perturbative methods cannot reveal.
Lattice QCD
Soliton Sphaleron Instanton BCFW
recursion Operator product expansion Conformal bootstrap...
