Two-dimensional graphene, carbon nanotubes, and graphene nanoribbons represent a
novel class of low dimensional materials that could serve as building blocks for future …

With the advance of nanotechnology, a variety of molecules, from single atoms to large-
scale structures such as graphene or carbon nanotubes, have been investigated for …

We derive the Schrödinger equation for a spinless charged particle constrained to move on
a curved surface in the presence of an electric and magnetic field. The particle is confined …

The vacuum expectation value of fermionic current is evaluated for a massive spinor field in
spacetimes with an arbitrary number of toroidally compactified spatial dimensions in the …

The magnetoconductance of an open carbon nanotube (CNT)-quantum wire was measured
in pulsed magnetic fields. At low temperatures, we find a peculiar split magnetoconductance …

We investigate the fermionic condensate and the vacuum expectation value of the energy-
momentum tensor for a massive fermionic field in the geometry of two parallel plates on the …

We study the magnetic orbital effect of a doped two-leg ladder in the presence of a magnetic
field component perpendicular to the ladder plane. Combining both low-energy approach …

Spin state switching of the DNA sequences due to external stimuli is investigated
theoretically. A molecular-based memory or logic device such as a spin switch could be …

The precise control and deep understanding of quantum interference in carbon nanotube
(CNT) devices are particularly crucial not only for exploring quantum coherent phenomena …

In this review, the quantum transport of nitrogen-doped metallic carbon nanotubes under
magnetic field are explored. An accurate modeling of chemical disorder effects is derived …