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... (Imagine that the length of one of these strings represents a particle’s movement through time and that its thickness represents the particle’s physical dimensions.) Moreover, even the particles involved are unlike the electrons and protons that one might first imagine. They ...
... (Imagine that the length of one of these strings represents a particle’s movement through time and that its thickness represents the particle’s physical dimensions.) Moreover, even the particles involved are unlike the electrons and protons that one might first imagine. They ...
Electronic Structure of Strained GaSb/GaAs Quantum Dot
... quantum dots have not been extensively investigated and there are only few papers that we can mention here. North and co-authors [13] investigated the electronic structure of type-II GaSb/GaAs quantum dots by using the multiband effective-mass calculation. K. Gradkowski and et al. [2] reported the r ...
... quantum dots have not been extensively investigated and there are only few papers that we can mention here. North and co-authors [13] investigated the electronic structure of type-II GaSb/GaAs quantum dots by using the multiband effective-mass calculation. K. Gradkowski and et al. [2] reported the r ...
Quantum Teleportation
... Moon, or Bldg.90), she can send qubits that have twice the amount of information then normal bits. EPR Detector Efficency Loophole Bell’s inequality is often utilized to experimentally show that the universe violates either locality or realism. However, falsifying all other possible explanations to ...
... Moon, or Bldg.90), she can send qubits that have twice the amount of information then normal bits. EPR Detector Efficency Loophole Bell’s inequality is often utilized to experimentally show that the universe violates either locality or realism. However, falsifying all other possible explanations to ...
implications of quantum logic to the notion of transcendence
... This description is completed by the specification of the actual positions of the particles. When a particle is sent into a two-slit apparatus for example, the slit through which it passes and where it arrives on the photographic plate are completely determined by its initial position and wave funct ...
... This description is completed by the specification of the actual positions of the particles. When a particle is sent into a two-slit apparatus for example, the slit through which it passes and where it arrives on the photographic plate are completely determined by its initial position and wave funct ...
Matter-Light Condensates Reach Thermal Equilibrium
... emergence of thermal equilibrium. A polariton is a superposition of a photon in an optical microcavity and an exciton (an electron-hole pair) in a semiconductor structure, which is embedded in the microcavity (Fig. 1). Polaritons inherit properties from both their constituents. From the matter compo ...
... emergence of thermal equilibrium. A polariton is a superposition of a photon in an optical microcavity and an exciton (an electron-hole pair) in a semiconductor structure, which is embedded in the microcavity (Fig. 1). Polaritons inherit properties from both their constituents. From the matter compo ...
The EPR Paradox
... with increasing barrier height (over some range), leading to superluminal velocities. Blaylock - UMass HEP Seminar 2/12/10 ...
... with increasing barrier height (over some range), leading to superluminal velocities. Blaylock - UMass HEP Seminar 2/12/10 ...
Probabilistic instantaneous quantum computation
... projected onto the state resulting from the correct input and she does not have to perform any additional transformation on qubits 3. In the remaining 1⫺(1/4) n cases, the result of the engineer’s Bell-state analysis will not be the right one. However, in a situation 关as defined by conditions 共1兲–共3 ...
... projected onto the state resulting from the correct input and she does not have to perform any additional transformation on qubits 3. In the remaining 1⫺(1/4) n cases, the result of the engineer’s Bell-state analysis will not be the right one. However, in a situation 关as defined by conditions 共1兲–共3 ...
Raman Spectroscopy
... Since Raman spectroscopy is predicated on the ability to measure a shift in wavelength (or frequency) it is imperative that a monochromatic excitation source be employed. While a laser is typically the best excitation source, not all lasers are suitable for Raman spectroscopy, so it is imperative th ...
... Since Raman spectroscopy is predicated on the ability to measure a shift in wavelength (or frequency) it is imperative that a monochromatic excitation source be employed. While a laser is typically the best excitation source, not all lasers are suitable for Raman spectroscopy, so it is imperative th ...
Lower Bounds on Matrix Rigidity via a Quantum
... communication complexity [12]. It should be noted that the use of quantum computing is not strictly necessary for either of our results. The first is proved in two steps: (1) using the quantum approach we show that every a × b submatrix of H has rank at least ab/n and (2) using a non-quantum argumen ...
... communication complexity [12]. It should be noted that the use of quantum computing is not strictly necessary for either of our results. The first is proved in two steps: (1) using the quantum approach we show that every a × b submatrix of H has rank at least ab/n and (2) using a non-quantum argumen ...
Schumacher Compression
... One of the fundamental tasks in classical information theory is the compression of information. Given access to many uses of a noiseless classical channel, what is the best that a sender and receiver can make of this resource for compressed data transmission? Shannon’s compression theorem demonstrat ...
... One of the fundamental tasks in classical information theory is the compression of information. Given access to many uses of a noiseless classical channel, what is the best that a sender and receiver can make of this resource for compressed data transmission? Shannon’s compression theorem demonstrat ...
A Gentle Introduction to Quantum Computing
... problems that current classical computers can do and preferably much more. At the heart of quantum computing lies the concept of quantum superposition. A classical system can only be in one state at a time. A quantum system can be in a superposition of multiple states at a time. Hence, the idea is t ...
... problems that current classical computers can do and preferably much more. At the heart of quantum computing lies the concept of quantum superposition. A classical system can only be in one state at a time. A quantum system can be in a superposition of multiple states at a time. Hence, the idea is t ...
Research Statement
... computation with restricted depth. The desire to analyze the power of quantum depth is motivated experimentally, where the effects of decoherence make reliably implementing a quantum circuit with more than a small number of layers very challenging (see e.g., [35, 36]). It is also motivated theoretic ...
... computation with restricted depth. The desire to analyze the power of quantum depth is motivated experimentally, where the effects of decoherence make reliably implementing a quantum circuit with more than a small number of layers very challenging (see e.g., [35, 36]). It is also motivated theoretic ...
- Quantum Optics and Spectroscopy
... From that point on, the interpretation of light as a wave and as a particle became more and more accepted. It was up to the famous scientists of that decades to develop this concept and formulate it in the frame of quantum mechanics, starting with de Broglie (1892-1987) who suggested in his doctoral ...
... From that point on, the interpretation of light as a wave and as a particle became more and more accepted. It was up to the famous scientists of that decades to develop this concept and formulate it in the frame of quantum mechanics, starting with de Broglie (1892-1987) who suggested in his doctoral ...
EP-307 Introduction to Quantum Mechanics
... Even the experts do not uderstand it the way they would like to We know how large objects will act but things on small scale just do not act that way Act in sort of abstract or imaginative fashion. We can not connect it with our direct experience Examines phenomenon which is impossible to explain in ...
... Even the experts do not uderstand it the way they would like to We know how large objects will act but things on small scale just do not act that way Act in sort of abstract or imaginative fashion. We can not connect it with our direct experience Examines phenomenon which is impossible to explain in ...
