Staging quantum cryptography with chocolate balls
... Quantum cryptography is a relatively recent and very active field of research. Its main characteristic is the use of individual particles for encrypted information transmission. Its objective is to encrypt messages or to create and enlarge a set of secret equal random numbers between two spatially s ...
... Quantum cryptography is a relatively recent and very active field of research. Its main characteristic is the use of individual particles for encrypted information transmission. Its objective is to encrypt messages or to create and enlarge a set of secret equal random numbers between two spatially s ...
Localization in discontinuous quantum systems
... packets through the classical Cantori was first investigated. Other important results can be found in [15] where it was proposed that Cantori could act, in Quantum Mechanics, as total barriers to the motion if the flux exchanged through turnstiles is less than h̄. One can then reasonably assume that ...
... packets through the classical Cantori was first investigated. Other important results can be found in [15] where it was proposed that Cantori could act, in Quantum Mechanics, as total barriers to the motion if the flux exchanged through turnstiles is less than h̄. One can then reasonably assume that ...
25 – 27 MAY 2016, ATHENS, GREECE
... order. Here we propose a physical system which realizes Landau levels highly degenerate single-particle states usually resulting from an orbital magnetic field acting on charged particles - for Majorana fermions. This is achieved in a variant of a quantum spin system due to Kitaev which is distorted ...
... order. Here we propose a physical system which realizes Landau levels highly degenerate single-particle states usually resulting from an orbital magnetic field acting on charged particles - for Majorana fermions. This is achieved in a variant of a quantum spin system due to Kitaev which is distorted ...
