Classical/Quantum Dynamics in a Uniform Gravitational Field: B
... with special pleasure that I cite also the brief discussion that appears on pages 107–109 in J. J. Sakurai’s Modern Quantum Mechanics (revised edition ). He and I were first-year graduate students together at Cornell in –, and used to play flute and double bass duets together in the physic ...
... with special pleasure that I cite also the brief discussion that appears on pages 107–109 in J. J. Sakurai’s Modern Quantum Mechanics (revised edition ). He and I were first-year graduate students together at Cornell in –, and used to play flute and double bass duets together in the physic ...
Giesecke-Final-ternary-gates
... rotation operators [27,7] in data inputs of M-S gates [2]). It should be noticed that the ratio of symbols “0”, “1” and “2” in both Karnaugh maps are 1:1:1. If we would continue the cascade using this structure we would only get result with always the same amounts of symbols zero, one and two. There ...
... rotation operators [27,7] in data inputs of M-S gates [2]). It should be noticed that the ratio of symbols “0”, “1” and “2” in both Karnaugh maps are 1:1:1. If we would continue the cascade using this structure we would only get result with always the same amounts of symbols zero, one and two. There ...
Quantum information and quantum computation
... nd out what would have happened if I had measured the spin along axis 2 instead. For purposes of visualization, we can think of the the value of my spin along axes 1, 2, and 3 as three \quantum coins" lying on the table. Initially, all three coins are covered, so I don't know whether the coin is he ...
... nd out what would have happened if I had measured the spin along axis 2 instead. For purposes of visualization, we can think of the the value of my spin along axes 1, 2, and 3 as three \quantum coins" lying on the table. Initially, all three coins are covered, so I don't know whether the coin is he ...
Few-electron quantum dots
... occupation of electrons over the single-particle states and to induce changes in the spin states. We discuss the interactions between small numbers of electrons (between 1 and 20) using the simplest possible models. Nevertheless, these models consistently describe a large set of experiments. Some of ...
... occupation of electrons over the single-particle states and to induce changes in the spin states. We discuss the interactions between small numbers of electrons (between 1 and 20) using the simplest possible models. Nevertheless, these models consistently describe a large set of experiments. Some of ...
Controlled Coupling and Occupation of Silicon Atomic Quantum Dots
... scheme proposed by Lent and co-workers in 1993.12 However, to serve as a QCA cell it must be possible to induce an asymmetry in the electronic structure of the cell, which can be mapped to binary states “0” and “1”. This could be achieved on silicon through the use of an applied electrostatic field. ...
... scheme proposed by Lent and co-workers in 1993.12 However, to serve as a QCA cell it must be possible to induce an asymmetry in the electronic structure of the cell, which can be mapped to binary states “0” and “1”. This could be achieved on silicon through the use of an applied electrostatic field. ...
Fault-Tolerant Quantum Computation and the Threshold Theorem
... realistic this model of noise is. However, in its defense, the independent error model corresponds to a physical model of decoherence which seems rather reasonable for many implementations of quantum computers. That being said, even the first threshold theorems for quantum computing also allowed for ...
... realistic this model of noise is. However, in its defense, the independent error model corresponds to a physical model of decoherence which seems rather reasonable for many implementations of quantum computers. That being said, even the first threshold theorems for quantum computing also allowed for ...
Enhancing lipid content in Chlorococcum littorale
... career, especially how to overcome any obstacle that comes in my way. In other words, thank you for teaching me how to be an engineer. To all my friends that have helped me go through these five years, a giant THANK YOU, you actually turned this into the best time of my life! Ana and Joana, thank yo ...
... career, especially how to overcome any obstacle that comes in my way. In other words, thank you for teaching me how to be an engineer. To all my friends that have helped me go through these five years, a giant THANK YOU, you actually turned this into the best time of my life! Ana and Joana, thank yo ...
Quantum Computing With Closed Timelike Curves
... where mi is a state of the Turing machine we’re simulating and b is an answer bit, like so: ...
... where mi is a state of the Turing machine we’re simulating and b is an answer bit, like so: ...
Aharanov-Bohm Interference and Fractional Statistics - Eun
... clear signature of presence of two periodicities: the AB period and the statistical period. We also expect the crossover scale in the G T curve to decrease with an increase in R (see Fig. 3). In addition, the voltage dependence can be compared with Eq. (4). Finally, the oscillation will disappear ...
... clear signature of presence of two periodicities: the AB period and the statistical period. We also expect the crossover scale in the G T curve to decrease with an increase in R (see Fig. 3). In addition, the voltage dependence can be compared with Eq. (4). Finally, the oscillation will disappear ...
One Complexity Theorist`s View of Quantum Computing
... have become useful only because they have been found to be crucial for public-key cryptography, and this application is in turn possible only because they have been presumed to be difficult. This is also true of the generalizations of Boneh and Lipton [BL95] of these algorithms. If the only uses of ...
... have become useful only because they have been found to be crucial for public-key cryptography, and this application is in turn possible only because they have been presumed to be difficult. This is also true of the generalizations of Boneh and Lipton [BL95] of these algorithms. If the only uses of ...
Liquid State NMR Quantum Computing
... The difference between the quantum and classical descriptions becomes clear as soon as more than one quantum particle is considered. For example, it is well known that the state of n interacting spin-1/2 cannot be described simply by n sets of coordinates on the Bloch sphere. In order to include phe ...
... The difference between the quantum and classical descriptions becomes clear as soon as more than one quantum particle is considered. For example, it is well known that the state of n interacting spin-1/2 cannot be described simply by n sets of coordinates on the Bloch sphere. In order to include phe ...
Average-Case Quantum Query Complexity
... The eld of quantum computation studies the power of computers based on quantum mechanical principles. So far, most quantum algorithms|and all physically implemented ones|have operated in the so-called black-box setting. Examples are [9, 18, 11, 7, 8]; even period- nding, which is the core of Shor's ...
... The eld of quantum computation studies the power of computers based on quantum mechanical principles. So far, most quantum algorithms|and all physically implemented ones|have operated in the so-called black-box setting. Examples are [9, 18, 11, 7, 8]; even period- nding, which is the core of Shor's ...
