conformal field theory

The critical point is described by a conformal field theory.

He is most known for his contributions to conformal field theory.

The study of such theories is conformal field theory.

This is a statistical mechanics model which also has a description in terms of conformal field theory.

The critical exponents can be computed from conformal field theory.

Witt algebras occur in the study of conformal field theory.

Siegel modular forms have also been used in some areas of physics, such as conformal field theory.

It turns out that this boundary supports a conformal field theory having one fewer dimension.

Bundle gerbes have also appeared in the context of conformal field theories.

Some interest in tmf comes from string theory and conformal field theory.

OPEs are most often used in conformal field theory.

In two dimensions, arguments from conformal field theory and simulation results led to a number of exciting conjectures.

In the 1990s and 2000s, stronger connections between the statistical models and conformal field theory were uncovered.

The Weyl symmetry is an important symmetry in conformal field theory.

Such theories are known as conformal field theories.

In these theories, all dimensions (and the central charge) are rational numbers that can be computed from the consistency conditions of conformal field theory.

More generally, integrable models in 2 dimensions which aren't conformal field theories are also described by fusion rules for their charges.

In theoretical physics, the minimal models are a very concrete well-defined type of rational conformal field theory.

These conformal field theories have a finite set of conformal families which close under fusion.

Entropy can be described in the language of quantum mechanics and conformal field theory is one model for this sort of description.

Conformal field theory has important applications in string theory, statistical mechanics, and condensed matter physics.

Shortly afterwards different examples of braided monoidal categories were found in rational conformal field theory.

At the UV fixed point itself, the theory can behave as a conformal field theory.

This has led to new advances in conformal field theory, string theory and the geometric Langlands program.

After taking quantum conformal anomalies into account, it turns out to be a conformal field theory.