Quantum Cryptography Modulating the Spontaneous Emission Rate of Photons
スポンサーリンク
概要
著者
-
Uchiyama Chikako
Department Of Electrical Engineering And Computer Science Yamanashi University
-
Shibata Fumiaki
Department Of Physices Faculty Of Science Ochanomizu University
-
Matsueda Hideaki
Department of Information Science, Kochi University
-
Matsueda Hideaki
Department Of Information Science Faculty Of Science Kochi University
関連論文
- Theory of Exchange Dephasing.I. General Formulation
- A Microscopic Laser Theory.I.Basic Formulation
- Theory of Exchange Dephasing.II.Quantum Theory of Random Frequency Modulation
- Generation and Suppression of Decoherence in Artificial Environment for Qubit System(General)
- Theory of Nonlinear Spin Relaxation.IV.Correlation Functions and Power Spictrum
- Theory of Nonlinear Spin Relaxation. III. Transverse Relaxation
- Theory of Nonlinear Spin Relaxation. II
- Rigorous Solution to a Microscopic Laser Equation
- Rigorous Solution to Nonlinear Spin Relaxation Process
- Fluctuations in the Lotka-Volterra Model
- Theory of Spin Relaxation for Arbitrary Time Scale.III.General Solution
- Zero-Field Spin Relaxation in a Fluctuating Environment
- Path Integral Theory of Brownian Motion
- Numerical Evaluation of Path Integrals
- Quantum Cryptography Modulating the Spontaneous Emission Rate of Photons
- Critical Phenomena in the Two-Dimensional Random Ising System.I
- 28a-PS-64 Effect of modulation rate on stocastic resonance II
- The Boltzmann-Langevin Equation for Photons. II. Circularly Polarized Photons, Time-Correlation Functions
- The Boltzmann-Langevin Equation for Photons
- Critical Phenomena in the Two-Dimensional Random Ising System.II
- Theory of Nonlinear Spin Relaxation
- Relaxation Process in a Spin System : On the Brownian Motion of a Spin
- Generalized Phase-Space Method in the Langevin-Equation Approach
- Theory of Spin Relaxation in Metals Relaxation time Maximum at Low Temperatures
- Expansion Formulas in Nonequilibrium Statistical Mechanics
- A Systematic Projection Operator Formalism in Nonequilibrium Statistical Mechanics
- Self-Organized Formation of Atomic Coherence via Photon Exchange in a Coupled Atom-Photon System : Atoms and Molecules
- Path Integral and Brownian Motion
- Theory of Spin Relaxation for Arbitrary Time Scale.IV.Numerical Analysis and Simple Formulae
- Thory of Spin Relaxation for Arbitrary Time Scale
- Spin Coherent State Representation in Non-Equilibrium Statistical Mechanics
- A Projection Operator Method in the Heisenberg Picture
- Theory of Spin Relaxation for Arbitrary Time Scale.II.Temperature Effects
- Application of the Coherent Potential Approximation to Impurity Problems in Superconductor. I : Resonance Scattering
- Self-Consistent Treatment of the Wolff-Moriya Model
- On the Singularity in Anderson Model. I : Role of Shadow Anomaly
- Information erasure without entropy production of $k1n2$ per bit by a quasi-static potential change subjected to a Brownian motion
- Statistical Mechanical Theory of Non-Equilibrium Systems
- Maxwell-Langevin Equations and the Kubo Formulae
- Localized Magnetic States in Superconductor
- Estimation of Photonic Couplings among Electric Multipoles in Quantum Dots for Nanometer Scale Devices(Nonlinear Phenomena and Analysis,Nonlinear Theory and its Applications)
- Security Enhanced Quantum Cryptography by Controlled Spontaneous Randomness
- Equivalence of s-d Exchange, Anderson and Wolff Models
- Effect of Impurity Potential in the s-d Problem
- Bound States Due to Resonance Scattering in Superconductor
- Dynamics of a Dissipative Jaynes-Cummings Model
- Properties of Localized Bound State and Impurity Band in Superconducting Magnetic Alloys
- Magnetic Susceptibility of the Wolff-Moriya Model
- Analysis on Hierarchical Equations of Mori and Tri-Diagonal Recurrence Relations