[PDF] Top 20 Decay of Maximally Entangled Bell States

... pure states as all bell states and mixed states sometimes called werner state and isotropic ...above states [23] is given by C=2Max [ 0, - ... See full document

... In summary, we have established maximally multipartite entangled states via Bell pair states, by using CNOT gate. Moreover, our method can also be extended to higher-dimensional quantum ... See full document

... position states are maximally entangled (forming a Bell state) on the surface of the sphere, while the reduced state, which is completely mixed, is inside the ...the Bell state is equal ... See full document

... A less exotic example is provided by a biphoton – photon twins created at once and propagating in the same direction (concerning biphotons, see [23]). Because of the Bosonic nature, the antisym- metric state is forbidden ... See full document

... different states as quantum channel[3-10], such as six-qubit cluster state, genuine six-qubit entangled state, five-qubit entangled state, maximally seven-qubit entangled state and ... See full document

... an entangled photon-pair source based on a self-assembled InAs=GaAs QD in a p-i-n structure, grown by molecular beam epitaxy, similar to the sample used in ...the Bell-state measurement in the ...and ... See full document

... namely, as soon as some measurement projects one quark onto a state with definite colour, the other quark also immediately obtains opposite colour that leads to coupling of quark-antiquark pair, string tension inside q ... See full document

... gled states in the laboratory is an intrinsi- cally hard task, due to both the fact that they typically form narrow regions in state space, and that a certificate requires a to- mographic reconstruction of the ... See full document

... of Bell-CHSH type correlations in hydrodynamic ...of entangled walkers, we model the insertion of 2 pins in the bath as a notion of measure, akin to the polarizers of photonic Bell ...a Bell ... See full document

... FIG. 4. Concurrence vs. AD mapping for η = 0.66. Red points represent the experimental data. Blue lines represent the simulated data for perfect optical elements (POE) and pure entangled state with F = 1. Green ... See full document

... In the framework of the so called Open Quantum Relativity, we investigate a quantum universe, starting from a minimal set of variables defining the given quantum state. Entanglement between quantum states is the ... See full document

... This thesis presents experiments on entanglement between a single Rubidium atom and a single photon. The atom is stored in an optical trap where it is well localized and its internal state can be manipulated by laser ... See full document

... QMT is described in numerous papers; see [11]. The main generally accepted statement of QMT, which we will further consider, can be written as follows: measured quantum states and their properties do not exist as ... See full document

... local entangled states and considering continuous sets of ...an entangled state (a seemingly infinite problem) to a finite (and, hence, tractable) problem, namely, to find out whether the ... See full document

... the states that we put forward as modifications or generalizations of the well-known Werner ...noisy entangled states in the context of quantum effects and quantum protocols, it might be interesting ... See full document

... ground states and low- energy states of local Hamiltonians are typically only weakly entangled, where the entanglement entropy of a region scales only with its surface rather than with its volume — a ... See full document

... Lindner and Rudolph’s scheme was recently demonstrated experimentally using a dark excition in a QD as the spin instead of a trapped charge [ 17 ] . This work serves as motivation to explore the impact of applying recent ... See full document

... the entangled photons were coupled into the controlled phase gate (see ...hyper- entangled state 23,33 simultaneously exploiting the time-bin 34 and frequency-bin 35 ... See full document

... Self-testing allows classical referees to verify the quantum behaviour of some untrusted de- vices. Recently we developed a framework for building large self-tests by repeating a smaller self-test many times in parallel. ... See full document

... reference frame this can be raised to 24.4%. We also find that it is possible to obtain greater negativity if we use a less than maximally entangled state. For the case of both Alice and Bob lacking a ... See full document