Optical Characterization at the Nanoscale,Bubbles, Drops and Vesicles: The Charm of Microfluidics,Superconductors and Quantum Information Preservation in Black Holes,Linux Administration Course,XXV International Summer School Nicolás Cabrera - 2018

Bubbles, Drops and Vesicles: The Charm of Microfluidics

Superconductors and Quantum Information Preservation in Black Holes,Spin States in Molecules from a Quantum Information Perspective,Ultraefficient Coupling of a Quantum Emitter to the Tunable Guided Plasmons of a Carbon Nanotube,Coupling of Artificial Atoms to V-groove Plasmonic Waveguides

Title: Superconductors and Quantum Information Preservation in Black Holes. When: Tuesday, January 30, (2018), 12:00. Place: Department of Theoretical Condensed Matter Physics, Faculty of Science, Module 5, Seminar Room (5th Floor). Speaker: Andrew N. Jordan, Department of Physics and Astronomy, University of Rochester, New York, USA. This talk will demonstrate how the quantum information enter...

Role of negative dielectric and optical quantum dot waveguiding methods in communication

While the application of optical and photonic technologies in the communications, computing, medicine and industrial manufacturing has been growing rapidly, the miniaturization of these technologies has been slow due to the limitation on the diffraction. However, the developments of nanoscale components and guiding methods are continuing with a rapid pace. Since waveguiding is a fundamental iss...

Self-Consistent Analysis of Barrier Characterization Effects on Quantum Well Laser Internal Performance

In this paper, a numerical study of barrier characterization effects on the high-temperature internal performance of an InGaAsP multi-quantum well laser is presented. The softwareused for this purpose self-consistently combines the three-dimensional simulation of carrier transports, self-heating, and optical waveguiding. The laser model calculates all relevant physical mechanisms, including the...

Role of negative dielectric and optical quantum dot waveguiding methods in communication

While the application of optical and photonic technologies in the communications, computing, medicine and industrial manufacturing has been growing rapidly, the miniaturization of these technologies has been slow due to the limitation on the diffraction. However, the developments of nanoscale components and guiding methods are continuing with a rapid pace. Since waveguiding is a fundamental iss...