This article discusses multiple coexisting intercalation structures of sodium in peitaxial graphene-SiC interfaces.

Article on the formation and characterization of ion beam assisted nanosystems in silicon.

This article discusses electronic properties of the graphene/6H-SiC(0001̅) interface.

This article discusses electron transport properties of bilayer graphene.

Article discussing research on the controllable enhanced dragging of light in ultradispersive media.

Article on analytical solutions for a two-level system driven by a class of chirped pulses.

Article discussing tracking molecular wave packets in cesium dimers by coherent Raman scattering.

Article on experimental observation of carrier-envelope phase effect by multicycle pulses.

Article on coherent excitation of a two-level atom driven by a far off-resonant classical field.

Article on the observation of picosecond superfluorescent pulses in rubidium atomic vapor pumped by 100-fs laser pulses.

Article on coherent control of atomic excitation using off-resonant strong few-cycle pulses.

Article on femtosecond wave-packet dynamics in cesium dimers studied through controlled stimulated emission.

Article on ultradispersive adaptive prism based on a coherently prepared atomic medium.

Article discussing research on the coherent control of refractive index in far-detuned Λ systems.

This article discusses long-range surface plasmons in dielectric-metal-dielectric structure with highly anisotropic substrates.

Article on carrier-envelope phase effect on atomic excitation by few-cycle rf pulses.

Article discussing surface and waveguide Josephson plasma waves in slabs of layered superconductors.

Book chapter discussing neural dynamics and the criticality, cooperation, avalanches and entrainment between complex networks.

This article discusses the coherence brightened laser source for atmospheric remote sensing.

Article explores giant cross-magnetic-field steps which occur as a result of positron-electron collisions. Within a constant magnetic field (e.g., 1 T), a collision between a positron and an electron can result in a correlated drift across the magnetic field for a continuous range of impact parameters. Within this range, drift distances orders of magnitude larger than that associated with like-charge collisions were observed by computer simulation.

The article presents one scheme for what is referred to as magnetic plasma expulsion, which would prevent the plasma from entering a given region. Magnetic plasma expulsion techniques may allow instrumentation access to the interiors of plasmas. Magnetic plasma expulsion techniques may also make alternative approaches for magnetic plasma confinement possible. Particle-in-cell simulation with the Warp code is used to study magnetic plasma expulsion. Some conditions for achieving magnetic plasma expulsion are reported.

Article describes study which examines backward cooperative emissions from a dense sodium atomic vapor.

In this article, a theoretical understanding is developed of the single-particle reflection properties of a force field, considering the incident charged particles to have a non-drifting, isotropic velocity distribution. Classical trajectory Monte Carlo simulations and analytical modeling are employed. The initiation of an experimental effort to study force fields is described.

This article describes pneumatic energy being converted into solid particle kinetic energy as a solid-particle-entrained gas that flows downward through a vertical nozzle. For the conditions studied, the solid particles serve as a heat exchange medium to enable a gas expansion that is nearly isothermal. Also, the kinetic energy associated with the two-phase fluid is predominantly that associated with subsonic solid-particle motion. The kinetic energy of the solid particles is converted into other forms using a low-speed turbine. A theoretical description of the process is presented, and the initiation of an experimental effort to study the process is described.