Entanglement concentration from many copies of unknown pure states is discussed, and we propose the protocol which not only achieves entropy rate, but also produces the perfect maximally entangled state. Our protocol is induced naturally from symmetry of $n$-tensored pure state, and is optimal for all the protocols which concentrates entanglement from unknown pure states, in the sense of failure probability. In the proof of optimality, the statistical estimation theory plays a key role, for concentrated entanglement gives a natural estimate of the entropy of entanglement
A continuum expression for the trace of the massive dressed-quark propagator is used to explicate a ...
A simple regularization procedure is proposed for the Legendre function series of improved nearside-...
We investigate the utility of non classical states of simple harmonic oscillators, particularly a su...
Inconclusive photon subtraction (IPS) is a conditional measurement scheme to force nonlinear evoluti...
We compare the PDF and its low-order moments (variance and skewness) of the smoothed PSCz galaxy den...
By using numerical and semiclassical methods, we evaluate the quantum breaking, or Ehrenfest time fo...
Recently, it has been known that a quantum entangled state plays an important role in the field of q...
The process of molecule formation in the primordial gas is considered in the framework of Friedmann ...
We study the optical paths of the light rays propagating inside a nonlinear moving dielectric media....
It was recently claimed that single stop production at the Tevatron, occurring via R-parity (and bar...
We consider the generation of neutrino Majorana mass and transition magnetic moment by the lepton-nu...
Eigenstates of the total spin can be used to intrinsically encode a direction, which can later be de...
Isotopic effects observed in fragmentation reactions induced by protons, deuterons, and alpha partic...
There are several mathematical and physical reasons why Dirac's quantization must hold. How far one ...
In this paper we introduce a generalization to the algebraic Bender-Wu recursion relation for the ei...
A continuum expression for the trace of the massive dressed-quark propagator is used to explicate a ...
A simple regularization procedure is proposed for the Legendre function series of improved nearside-...
We investigate the utility of non classical states of simple harmonic oscillators, particularly a su...
Inconclusive photon subtraction (IPS) is a conditional measurement scheme to force nonlinear evoluti...
We compare the PDF and its low-order moments (variance and skewness) of the smoothed PSCz galaxy den...
By using numerical and semiclassical methods, we evaluate the quantum breaking, or Ehrenfest time fo...
Recently, it has been known that a quantum entangled state plays an important role in the field of q...
The process of molecule formation in the primordial gas is considered in the framework of Friedmann ...
We study the optical paths of the light rays propagating inside a nonlinear moving dielectric media....
It was recently claimed that single stop production at the Tevatron, occurring via R-parity (and bar...
We consider the generation of neutrino Majorana mass and transition magnetic moment by the lepton-nu...
Eigenstates of the total spin can be used to intrinsically encode a direction, which can later be de...
Isotopic effects observed in fragmentation reactions induced by protons, deuterons, and alpha partic...
There are several mathematical and physical reasons why Dirac's quantization must hold. How far one ...
In this paper we introduce a generalization to the algebraic Bender-Wu recursion relation for the ei...
A continuum expression for the trace of the massive dressed-quark propagator is used to explicate a ...
A simple regularization procedure is proposed for the Legendre function series of improved nearside-...
We investigate the utility of non classical states of simple harmonic oscillators, particularly a su...