Weyl semimetals are predicted to host signature magneto-optical properties sourced by their
peculiar Landau-level structure, including the chiral level. Analytical studies are often …

Magneto-optical studies of Weyl semimetals have been proposed as a versatile tool for
observing low-energy Weyl fermions in candidate materials including the chiral Landau …

The advent of non-Hermitian physics has enriched the plethora of topological phases to
include phenomena without Hermitian counterparts. Despite being among the most well …

For tilted type-I Weyl semimetals, our theoretical study indicates that the Kubo conductivity
parallel to cone tilt direction increases rapidly with the Fermi energy. Hence it deviates from …

Recent experiments on type-II Weyl semimetals such as WTe 2, MoTe 2, Mo x W 1− x Te 2,
and WP 2 reveal remarkable transport properties in the presence of a strong magnetic field …

Within the theoretical framework of Kubo formula and self-consistent Born approximation, we
theoretically study the transversal and longitudinal magneto-conductivity of a type-I Weyl …

Measuring the magneto-conductivity induced from impurities may help determine the
impurity distribution and reveal the structure of a Weyl semimetal sample. To verify this, we …

Topology has manifestations in physics ranging from the field of condensed matter to
photonics. This dissertation provides a two-fold study on the impact of topology in Hermitian …

In this thesis, the properties of magnetotransport of novel Dirac systems are outlined on the
example of Weyl semimetals and carbon nanotubes with side-attached single-molecule …