A bstract Entanglement is a physical phenomenon that each state cannot be described
individually. Entanglement entropy gives quantitative understanding to the entanglement …

The role of double space is essential in the new interpretation of T-duality and consequently
in an attempt to construct M-theory. The case of the open string is missing in such an …

A bstract We study two-dimensional\(\mathcal {N}=\left (2,\; 2\right)\) gauge theory and its
dualized system in terms of complex (linear) superfields and their alternatives. Although this …

We construct the full effective action including DBI and WZ terms for solitonic 5-branes
covariant under T-duality. The result is a completion of results known in the literature to a full …

The ten-dimensional supergravity theory is a geometric low-energy effective theory and the
equations of motion for its fields can be obtained from string theory by computing β functions …

Electric–magnetic dualities are equivalence between strong and weak coupling constants. A
standard example is the exchange of electric and magnetic fields in an abelian gauge …

We explore dualities and solution-generating transformations in various contexts. Our focus
is on the T-duality invariant form of supergravity known as double field theory, the $ SL (5) …

We explore dualities and solution-generating transformations in various contexts. Our focus
is on the T-duality invariant form of supergravity known as double fi eld theory, the SL (5) …

Electric-magnetic dualities are equivalence between strong and weak coupling constants. A
standard way is to exchange electric and magnetic fields in the abelian gauge theory. We …

We explore dualities and solution-generating transformations in various contexts. Our focus
is on the T-duality invariant form of supergravity known as double field theory, the SL (5) …