Giesecke-Final-ternary-gates
... number of ancilla qudits. Inputs A to Z are qudits that control the multiplexer at the static qudit, and can also be manipulated by other qudits. The structures shown in Fig. 2.4a and Fig. 2.8 are the most desirable and capable to build quantum circuits based on quantum multiplexers. The drawback ma ...
... number of ancilla qudits. Inputs A to Z are qudits that control the multiplexer at the static qudit, and can also be manipulated by other qudits. The structures shown in Fig. 2.4a and Fig. 2.8 are the most desirable and capable to build quantum circuits based on quantum multiplexers. The drawback ma ...
Temperature dependence of the zero point kinetic energy in ice and
... only weakly affected by intermolecular interactions and temperature, while the much smaller proton kinetic energy contributions coming from the molecular external modes are influenced by intermolecular interactions [25]. On this basis it appears that an uncorrelated, decoupled, description of the hEK ...
... only weakly affected by intermolecular interactions and temperature, while the much smaller proton kinetic energy contributions coming from the molecular external modes are influenced by intermolecular interactions [25]. On this basis it appears that an uncorrelated, decoupled, description of the hEK ...
Linear Momentum
... moving at 45 mph than to stop a car moving at 45 mph, even though they both have the same speed. • Both mass and velocity are important factors when considering the force needed to change the motion of an object. ...
... moving at 45 mph than to stop a car moving at 45 mph, even though they both have the same speed. • Both mass and velocity are important factors when considering the force needed to change the motion of an object. ...
Effect of strain on voltage-controlled magnetism in BiFeO 3
... investigated. Besides these effects, the modulation of magnetism could also be contributed by the voltage-induced changes in interface charge densities28,29, and/or interface orbital configuration (e.g., via Fe-O hybridization, refs. 30,31). Such interface effects would become more remarkable as the ...
... investigated. Besides these effects, the modulation of magnetism could also be contributed by the voltage-induced changes in interface charge densities28,29, and/or interface orbital configuration (e.g., via Fe-O hybridization, refs. 30,31). Such interface effects would become more remarkable as the ...
Hyperbolic Geometrodynamic Warp Drives
... gravitational physics or more specifically general relativity. The purpose of the warp drive metric survey and related fields given within this E-Book is meant to act as an aid for scientific researchers as well as to answer questions curious parties may initially have regarding the behavior of warp ...
... gravitational physics or more specifically general relativity. The purpose of the warp drive metric survey and related fields given within this E-Book is meant to act as an aid for scientific researchers as well as to answer questions curious parties may initially have regarding the behavior of warp ...
Chapter 3 Foundations II: Measurement and Evolution 3.1
... We would like to examine the properties of the generalized measurements that can be realized on system A by performing orthogonal measurements on a larger system that contains A. But first we will briefly consider how (orthogonal) measurements of an arbitrary observable can be achieved in principle, ...
... We would like to examine the properties of the generalized measurements that can be realized on system A by performing orthogonal measurements on a larger system that contains A. But first we will briefly consider how (orthogonal) measurements of an arbitrary observable can be achieved in principle, ...
Nonlinear Phase Dynamics in a Driven Bosonic Josephson Junction
... ¼ ð1=4Þq2 Klsin2 ð’Þ, as illustrated in Fig. 1. It is possible to further refine this effective description, adding momentum dependent terms, as described in [23]. For sufficiently strong (q2 > 2) vertical drive, the effective term Vveff can stabilize the ’ ¼ inverted pendulum [Fig. 1(c)], an eff ...
... ¼ ð1=4Þq2 Klsin2 ð’Þ, as illustrated in Fig. 1. It is possible to further refine this effective description, adding momentum dependent terms, as described in [23]. For sufficiently strong (q2 > 2) vertical drive, the effective term Vveff can stabilize the ’ ¼ inverted pendulum [Fig. 1(c)], an eff ...
Simulating the Haldane phase in trapped
... which is revealed by considering the interaction picture. It is done by adding a spin operator term, θ rotated from the z axis, namely, Fz,θ = (Fz cos θ + Fα sin θ ), where α can be either x or y or their superposition (XY plane), and generating each component separately. Fz cos θ can be pr ...
... which is revealed by considering the interaction picture. It is done by adding a spin operator term, θ rotated from the z axis, namely, Fz,θ = (Fz cos θ + Fα sin θ ), where α can be either x or y or their superposition (XY plane), and generating each component separately. Fz cos θ can be pr ...
Phase noise in collective binary phase shift keying with Hadamard
... stage the phases of individual BPSK symbols are (eiφ1 h1l , eiφ2 h2l , . . . , eiφL hLl ), where L random phase variables φ1 , φ2 , . . . , φL are described by the same Gaussian distribution ...
... stage the phases of individual BPSK symbols are (eiφ1 h1l , eiφ2 h2l , . . . , eiφL hLl ), where L random phase variables φ1 , φ2 , . . . , φL are described by the same Gaussian distribution ...
Spin Qubits for Quantum Information Processing
... and liquids. Today, magnetic resonance techniques have many application areas in physics, chemistry, biology, medicine and engineering [5]. More recently, a single electron spin or a single nuclear spin is expected to play as a robust qubit for quantum computing. This is because the quantum state of ...
... and liquids. Today, magnetic resonance techniques have many application areas in physics, chemistry, biology, medicine and engineering [5]. More recently, a single electron spin or a single nuclear spin is expected to play as a robust qubit for quantum computing. This is because the quantum state of ...
