Long Distance, Unconditional Teleportation of Atomic States V 87, N
... quantum network [1]. A method is developed for creating entanglement between two distant atoms using entangled photons. These atoms can exchange quantum information by the process of teleportation [2]. Quantum information processing needs only to be performed locally. The scheme should allow reliabl ...
... quantum network [1]. A method is developed for creating entanglement between two distant atoms using entangled photons. These atoms can exchange quantum information by the process of teleportation [2]. Quantum information processing needs only to be performed locally. The scheme should allow reliabl ...
![If I bring a charged rod to a leaf electrometer: A] nothing will happen](http://s1.studyres.com/store/data/008769966_2-a075434b174735c9950b41e5a4523a29-300x300.png)
If I bring a charged rod to a leaf electrometer: A] nothing will happen
... The negative charge on the inner surface will be concentrated close to the positive charge. (The E field next to the surface is stronger there !) If there is +9Q of charge on the outer surface, will the charge density on the outer surface be uniform? ...
... The negative charge on the inner surface will be concentrated close to the positive charge. (The E field next to the surface is stronger there !) If there is +9Q of charge on the outer surface, will the charge density on the outer surface be uniform? ...
Analysis of a Quantum Error Correcting Code using Quantum
... correcting code based on threefold repetition [13, Chapter 10]. This code is able to correct a single bitflip error in each block of three transmitted qubits, so for the purpose of this example, in each block of three qubits, Noise either applies X to one of them or does nothing. Bob uses the approp ...
... correcting code based on threefold repetition [13, Chapter 10]. This code is able to correct a single bitflip error in each block of three transmitted qubits, so for the purpose of this example, in each block of three qubits, Noise either applies X to one of them or does nothing. Bob uses the approp ...
In order to integrate general relativity with quantum theory, we
... These simultaneous eigenvalues represent a maximal set of commuting observables for the EP Lie algebra that can be used to index creation and annihilation operators representing particles (fields) with the quantum numbers described. The fundamental entities must be in the representation space of th ...
... These simultaneous eigenvalues represent a maximal set of commuting observables for the EP Lie algebra that can be used to index creation and annihilation operators representing particles (fields) with the quantum numbers described. The fundamental entities must be in the representation space of th ...
URL
... N ~ ~ ~ 1963;VIDAL,1964; VIDAL.1965)have revealed parts of the hydrogen line profile, for which the modified impact theory appears to break down. For the higher series members better agreement has been obtained with quasi-static calculations (VIDAL,1965).The reason the current impact theories break ...
... N ~ ~ ~ 1963;VIDAL,1964; VIDAL.1965)have revealed parts of the hydrogen line profile, for which the modified impact theory appears to break down. For the higher series members better agreement has been obtained with quasi-static calculations (VIDAL,1965).The reason the current impact theories break ...
Unifying Model for Several Classes of Two-Dimensional Phase Transition Yonatan Dubi,
... the edge state continues propagating uninterrupted according to its chirality, while the scattering occurs on the link (saddle point) itself. Each scatterer is characterized by its scattering matrix Si , namely, a transmission probability Ti and phases. The critical behavior of the QH transition is ...
... the edge state continues propagating uninterrupted according to its chirality, while the scattering occurs on the link (saddle point) itself. Each scatterer is characterized by its scattering matrix Si , namely, a transmission probability Ti and phases. The critical behavior of the QH transition is ...
271, 31 (2000) .
... of the n initial states and does not mean the best for each initial state. However, since we do not know which one the initial state is in the clone or estimation process, such average may be the most important value to describe the efficiencies of cloning Žestimating. machines. In summary, we have ...
... of the n initial states and does not mean the best for each initial state. However, since we do not know which one the initial state is in the clone or estimation process, such average may be the most important value to describe the efficiencies of cloning Žestimating. machines. In summary, we have ...
The cosmological constant problem, antimatter gravity and geometry
... a four dimensional subspace (of the space (11)), with one extra dimension of size Red . This conjecture is motivated by the expectation that vacuum fluctuations should be related to the expansion of the Universe and can’t be confined on a 3-hypersphere. In other words, the gravitational dipole momen ...
... a four dimensional subspace (of the space (11)), with one extra dimension of size Red . This conjecture is motivated by the expectation that vacuum fluctuations should be related to the expansion of the Universe and can’t be confined on a 3-hypersphere. In other words, the gravitational dipole momen ...
Phys. Rev. Lett. 104, 126401
... The effective model and the exact data agree very well for all interdot couplings, as seen in Fig. 2. At zero magnetic field, only the first and the last term in Eq. (15) survive. This is the result of Ref. [20], where primed operators were used to refer to the fact that the Hamiltonian Hex refers t ...
... The effective model and the exact data agree very well for all interdot couplings, as seen in Fig. 2. At zero magnetic field, only the first and the last term in Eq. (15) survive. This is the result of Ref. [20], where primed operators were used to refer to the fact that the Hamiltonian Hex refers t ...
An Improved Quantum Algorithm for Searching an Ordered List
... (21) and the boundary conditions (24) and (25). It then calculates the gradient ∇cost(C) from (29), ensuring that the pairs of coefficients a,r and a,N −r , and b,r and b,N −r , are each treated as a single variable to respect the symmetries in (20) and (21). Once we have found the gradient, we r ...
... (21) and the boundary conditions (24) and (25). It then calculates the gradient ∇cost(C) from (29), ensuring that the pairs of coefficients a,r and a,N −r , and b,r and b,N −r , are each treated as a single variable to respect the symmetries in (20) and (21). Once we have found the gradient, we r ...
Chapter 22 Electric Field
... If a charged particle is placed in an electric field created by other charges, it will experience a force as a result of the field. Sometimes we know about the electric field without knowing much about the charge configuration that created it. We can easily calculate the electric force from the elec ...
... If a charged particle is placed in an electric field created by other charges, it will experience a force as a result of the field. Sometimes we know about the electric field without knowing much about the charge configuration that created it. We can easily calculate the electric force from the elec ...
Classical limit states of the helium atom
... studies has sought to explore the classical limit of quantum mechanics using Rydberg electron wave packets @1#. These studies of hydrogenlike atoms have allowed us to understand some of the essential differences between the quantum mechanical atom and its more familiar classical counterpart. The log ...
... studies has sought to explore the classical limit of quantum mechanics using Rydberg electron wave packets @1#. These studies of hydrogenlike atoms have allowed us to understand some of the essential differences between the quantum mechanical atom and its more familiar classical counterpart. The log ...
General Physics (PHY 2140) - Wayne State University Physics and
... Forces between charges on the flat surface, tend to be parallel to the surface. Those charges move apart until repulsion from other charges creates an equilibrium. At the sharp ends, the forces are predominantly directed away from the surface. There is less of tendency for charges located at sharp e ...
... Forces between charges on the flat surface, tend to be parallel to the surface. Those charges move apart until repulsion from other charges creates an equilibrium. At the sharp ends, the forces are predominantly directed away from the surface. There is less of tendency for charges located at sharp e ...