“School of Nano-Sciences”
Back to Papers HomeBack to Papers of School of Nano-Sciences
| Paper IPM / Nano-Sciences / 18272 |
|
||||||||
| Abstract: | |||||||||
|
We derive the general Fresnel coefficients for reflection by incorporating the Fizeau drag effect in doped graphene, which arises from the
unique behavior of its massless Dirac electrons. Using the standard Maxwell equations and constitutive relations, we analyze the influence of this relativistic phenomenon on the optical properties of doped graphene. Our study focuses on the angular shift of Brewsterâs
angle in a structure where monolayer graphene is sandwiched between two static dielectric media. Our findings reveal that the presence
of the Fizeau drag effect significantly enhances the Brewster angle shift, leading to substantial modifications in the optical characteristics
of the graphene channel, including notable alterations in the reflectance spectrum. We demonstrate that this angular shift can be further
amplified by increasing the drift velocities and charge densities of the electrons in graphene, offering a tunable mechanism for controlling optical behavior in graphene-based systems. The findings of this work have significant implications for the design and development
of planar photonic devices that take advantage of the optical characteristics of graphene. This breakthrough creates new opportunities for
the use of graphene in sophisticated photonic technologies, where exact control over the interactions between light and matter is
essential.
Download TeX format |
|||||||||
| back to top | |||||||||
