- the
magnetic moment). The rest is the counterterm. If the
theory is
renormalizable (see
below for more on this), as it is in QED, the
divergent parts of...
- at low
energies by a
renormalizable effective field theory.: 402–403 The
difference between renormalizable and non-
renormalizable theories is that the...
-
baryon number and
lepton number are no
longer conserved by all of the
renormalizable couplings in the theory.
Since baryon number and
lepton number conservation...
-
diverging diagrams is finite. In this case, the
theory is said to be "
renormalizable". The
reason for this is that to get
observables renormalized, one needs...
- this new
theory was
renormalizable. In 1971,
Gerard 't
Hooft proved that
spontaneously broken gauge symmetries are
renormalizable even with m****ive gauge...
- His
contributions to
physics include: a
proof that
gauge theories are
renormalizable;
dimensional regularization; and the
holographic principle. 't Hooft...
- leptons, quarks,
gauge bosons and the
Higgs boson. The
Standard Model is
renormalizable and
mathematically self-consistent; however,
despite having huge and...
- subalgebra, and the
theory becomes strictly renormalizable (
renormalizable, but not super-
renormalizable). The
stochastic or
dynamical sine-Gordon model...
-
removed because quantized general relativity is not
perturbatively renormalizable,
unlike quantum electrodynamics and
models such as the Yang–Mills theory...
-
magnifying power of a
notional microscope viewing the system. In so-called
renormalizable theories, the
system at one
scale will
generally consist of self-similar...
