... HE hard disk drive is one of the most important components in many computers these days and it is the primary device, which provides storage space for soft wares and data. In today’s hard disk drive industry, the demand for higher recording density and higher rotating speed has become more and more ...
Probing exciton localization in nonpolar GaN/AlN quantum dots by
... 0.3 meV around 4 eV兲, and detected by a liquid-nitrogencooled charge coupled device camera. The photoluminescence of the smallest mesas presents isolated sharp lines in the high-energy tail of the quantum dot distribution 共⬎3.8 eV兲, but for reasons that are still not fully understood, we could not f ...
... 0.3 meV around 4 eV兲, and detected by a liquid-nitrogencooled charge coupled device camera. The photoluminescence of the smallest mesas presents isolated sharp lines in the high-energy tail of the quantum dot distribution 共⬎3.8 eV兲, but for reasons that are still not fully understood, we could not f ...
Atomic Physics - Teaching Commons Guide for MERLOT
... 2. Periodic Table of Elements: 3. Metre Stick: - ...
... 2. Periodic Table of Elements: 3. Metre Stick: - ...
Quantum Clustering Algorithms - The International Machine
... not interested in learning a function but rather in performing clustering 4 . In the classical black-box setting, a query corresponds to asking for the distance between two points xi and xj by providing indexes i and j to the black box. In accordance with the general schema given in Fig. 2, the corr ...
... not interested in learning a function but rather in performing clustering 4 . In the classical black-box setting, a query corresponds to asking for the distance between two points xi and xj by providing indexes i and j to the black box. In accordance with the general schema given in Fig. 2, the corr ...
1.2 Classical mechanics, oscillations and waves
... We can talk about potential energy if that energy only depends on where we are not how we got there ...
... We can talk about potential energy if that energy only depends on where we are not how we got there ...
Fluoroscopy Intro to EQUIPMENT
... Operator controls activation of tube and position over patient Early fluoroscopy gave dim image on fluorescent screen Physician seared in dark room Modern systems include image intensifier with television screen display and choice of recording devices ...
... Operator controls activation of tube and position over patient Early fluoroscopy gave dim image on fluorescent screen Physician seared in dark room Modern systems include image intensifier with television screen display and choice of recording devices ...
Quantum-teleportation benchmarks for independent and identically
... The key tool in deriving our results is the theory of local asymptotic normality (LAN) for quantum states [19–22] which is the quantum extension of a fundamental concept in mathematical statistics introduced by Le Cam [23]. In the classical context this roughly means that a large i.i.d. sample X1 , ...
... The key tool in deriving our results is the theory of local asymptotic normality (LAN) for quantum states [19–22] which is the quantum extension of a fundamental concept in mathematical statistics introduced by Le Cam [23]. In the classical context this roughly means that a large i.i.d. sample X1 , ...
Cooling and Trapping Neutral Atoms W. Ketterle, D. E. Pritchard
... Several recently observed phenomena Bose-Einstein condensates, superradiance of atoms, four-wave mixing and matter wave amplification were described as processes which are bosonically stimulated, i.e., their rates are proportional to (N+1), where N is the number of identical bosons in the final stat ...
... Several recently observed phenomena Bose-Einstein condensates, superradiance of atoms, four-wave mixing and matter wave amplification were described as processes which are bosonically stimulated, i.e., their rates are proportional to (N+1), where N is the number of identical bosons in the final stat ...
Crystalline phase for one-dimensional ultra
... for bosonic particles [2, 1], and the possibility to pin the bosons into a Mott insulating phase for arbitrary weak optical lattices [3, 4]. Most remarkably, it has recently been proposed [5] and experimentally observed [6], that it is possible to access a regime, where the bosonic many body system ...
... for bosonic particles [2, 1], and the possibility to pin the bosons into a Mott insulating phase for arbitrary weak optical lattices [3, 4]. Most remarkably, it has recently been proposed [5] and experimentally observed [6], that it is possible to access a regime, where the bosonic many body system ...
Quantum Tic-Tac-Toe: A Genuine Probabilistic Approach
... plied as they are, without “accommodating” them to better suit the game at hand. For example, we choose to implement a non-deterministic measurement process identical in every respect to a probabilistic quantum measurement, which is different from the version of Tic-TacToe defined in [16] where the ...
... plied as they are, without “accommodating” them to better suit the game at hand. For example, we choose to implement a non-deterministic measurement process identical in every respect to a probabilistic quantum measurement, which is different from the version of Tic-TacToe defined in [16] where the ...
Paper
... the condensate to a single, off-resonant laser beam [8]. The experimental setup was like the one used for Bragg spectroscopy, but with only one of the laser beams. When the linear polarization of the light was chosen in the direction of the long axis of the condensate, just Rayleigh scattering was o ...
... the condensate to a single, off-resonant laser beam [8]. The experimental setup was like the one used for Bragg spectroscopy, but with only one of the laser beams. When the linear polarization of the light was chosen in the direction of the long axis of the condensate, just Rayleigh scattering was o ...
classical simulation of restricted quantum computations
... A small set of quantum gates is universal for quantum computation if any unitary operation can be well-approximated by a quantum circuit containing only those gates (by some appropriate notion of well-approximated). Thus, only these gates are necessary to build circuits that can execute any quantum ...
... A small set of quantum gates is universal for quantum computation if any unitary operation can be well-approximated by a quantum circuit containing only those gates (by some appropriate notion of well-approximated). Thus, only these gates are necessary to build circuits that can execute any quantum ...
Observable Measure of Quantum Coherence in Finite
... of finite dimensional systems. At the theoretical level, the skew information quantifies coherence as the genuinely quantum uncertainty of a measurement. The significance of the proposed experimental schemes rests on their scalability and generality, outperforming protocols based on state reconstruc ...
... of finite dimensional systems. At the theoretical level, the skew information quantifies coherence as the genuinely quantum uncertainty of a measurement. The significance of the proposed experimental schemes rests on their scalability and generality, outperforming protocols based on state reconstruc ...