「Quantum」の共起表現一覧(1語右で並び替え)
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In December 2009, First | Quantum acquired the Ravensthorpe Nickel Mine for US |
In 2008 First | Quantum acquired Toronto-based Scandinavian Minerals |
Schwinger's | quantum action principle is a variational approach to |
In this approach, the | quantum action is an operator. |
ieronymus Emser), De disputatione Lipsicensi, | quantum ad Boemos obiter deflexa est, (1519) |
, receiving a Ph.D. in geometric topology and | quantum algebra in 1991. |
He is notable for his work on | quantum algorithms, and the application of informatio |
Lidar has also worked on | quantum algorithms, having written some of the pionee |
Teleportation, nuclear magnetic resonance, | quantum amplification and superior phase conjugation |
e becomes important in the case of noise of a | quantum amplifier, which preserves the phase. |
As stated above, the | quantum analog of this is the partial trace operation |
This was the | quantum analog of Shannon's noiseless coding theorem, |
n the relation between logic and physics, and | quantum analogues of classical mathematical structure |
uthor of a new textbook, Introductory Applied | Quantum and Statistical Mechanics, and chaired the Te |
estimation, correlation analysis and combined | quantum, and molecular mechanics (QM/MM) methods. |
e in the analysis of mutual influence between | quantum and classical effects in complex systems, in |
ional Hamiltonian systems (both classical and | quantum), and the statistical mechanics for these sys |
ia on relevant topical areas in the field and | quantum and collision surveys every other year. |
He was secretly freed by Jenny | Quantum and joined in the battle with Bendix, Rose Ta |
The exact role of | quantum and classical correlations in ghost imaging i |
duration and color of emitted light depend on | quantum and kinetical factors. |
used to integrate the path integral, the more | quantum and the less classical the result is. |
r electronic configurations may be altered by | quantum and relativistic effects. |
First | Quantum announced the completion of the acquisition o |
In October 2010, First | Quantum announced plans to acquire Antares Minerals f |
Quantum Apocalypse is a 2010 science fiction film dir | |
The Past Doctor Adventures novel The | Quantum Archangel by Craig Hinton offered another exp |
it from another of his books that I have, The | Quantum Archangel. |
In the cave, Bond and Camille discover | Quantum are not after oil but are damming Bolivia's s |
2008 | Quantum Aspects of Life (Eds. |
and Midnighter were married and adopted Jenny | Quantum at the end of Millar's run. |
nd gave a series of comprehensive lectures on | quantum atomic physics. |
ealers outside the New England area including | Quantum Audio in NYC and Sound Genesis in San Francis |
also formulated the Calogero conjecture that | quantum behavior is caused by stochastic gravitationa |
's reasonably unlikely that the brain evolved | quantum behavior'". |
Turin: An Imprint of the Soul, Apparition or | Quantum Bio-Hologram" |
Together they wrote several books including | Quantum Biochemistry, Interscience Publishers, 1963. |
d 1960s was the beginning of the new field of | Quantum Biochemistry. |
A | quantum black hole only has finite entropy and theref |
Quantum bogosort | |
Physics of the Soul: The | Quantum Book of Living, Dying, Reincarnation and Immo |
thematics, the MIT Department of Mathematics, | Quantum Books, MIT CopyTech, DE Shaw, and the iTest. |
2002, The | Quantum Brain: The Search for Freedom and the Next Ge |
Prior to the publication of these papers, the | quantum bus had been described by scientists at NIST |
A | quantum bus is a device which can be used to store or |
al Overlap is a semi-empirical method for the | quantum calculation of molecular electronic structure |
The | quantum capacity theorem is important for the theory |
Quantum Capital, LLC is a Broker Dealer that speciali | |
is also the founder and Managing Director of | Quantum Capital, LLC. |
ing systems based on new technologies such as | quantum cascade lasers or quartz enhanced photo-acous |
Quantum cascade laser (QCL) is a construction of such | |
The recent development of | quantum cascade lasers (QC) lasers working in the MIR |
and sequencing instrumentation, and creating | quantum cascade laser-based mid-infrared trace gas mo |
ency multiplied electronic/microwave sources, | quantum cascade laser and ultrashort pulsed lasers wi |
layers, such as field effect transistors and | quantum cascade lasers. |
quantum cascade lasers | |
l released their follow-up full-length titled | Quantum Catastrophe in 2010 with this line up. |
Models of | quantum cellular automata have been proposed by David |
recently impose further conditions, e.g. that | quantum cellular automata should be reversible and/or |
is often considered important for a model of | quantum cellular automata is that it should be univer |
In terms of | quantum channels, a separable state can be created fr |
f Bristol working in random matrix theory and | quantum chaos. |
applies to chaotic systems, a field known as | quantum chaos. |
Quantum chemical calculations can reproduce the obser | |
oped mathematical and computer techniques for | quantum chemical problems, and some of the earliest s |
According to | quantum chemical calculations, ReF6 and RuF6 should h |
l chemistry package for performing high-level | quantum chemical ab initio calculations. |
Direct | quantum chemistry is applied in the modelling of high |
te "The fall of 1951 was an exciting time for | quantum chemistry ... the Shelter Island Conference o |
(2.1) was made available in 1985 through the | Quantum Chemistry Program Exchange (QCPE). |
Quantitative analysis - | Quantum chemistry - Quartz - Quartzite |
Dalton (program), | quantum chemistry software program |
irical ab initio Model 1", is a semiempirical | quantum chemistry method for computing molecular prop |
Direct | quantum chemistry covers a set of quantum chemical me |
AMPAC is a general-purpose semiempirical | quantum chemistry program. |
Semi-empirical, ab initio | quantum chemistry methods, or density functional theo |
ton (named after John Dalton) is an ab initio | quantum chemistry software program. |
It is a semi-empirical | quantum chemistry method that is a development of the |
He instigated the | quantum chemistry composite methods such as Gaussian- |
by Peter Pulay in the field of computational | quantum chemistry with the intent to accelerate and s |
ssing units (GPUs), can be used to accelerate | quantum chemistry simulations. |
is one of several post-Hartree-Fock ab initio | quantum chemistry methods in the field of computation |
cated computational methods, called ab initio | quantum chemistry methods, that use basis sets of eit |
the central starting point for most ab initio | quantum chemistry methods. |
Direct | quantum chemistry considers the motion of the nuclei |
nsion of methods frequently used in molecular | quantum chemistry (such as MP2 and CCSD(T)) to period |
versity in 1985, and a Ph.D. in computational | quantum chemistry from the University of California, |
ll as with one of the first-ever textbooks on | quantum chemistry (‘Kvantovaya Khimiya', 1937; transl |
The International Journal of | Quantum Chemistry is an international peer-reviewed s |
Presently, he is an Associate Professor in | quantum chemistry at the University of Copenhagen. |
tion of the first International Congresses in | Quantum Chemistry, held in Menton, France in 1973. |
Molecular Structure, | Quantum Chemistry, General Theory |
Articles are broadly categorized into | quantum chemistry, chemical dynamics, statistical mec |
hemist noted for his research publications in | quantum chemistry, thermodynamics, evolution, and his |
the Lisa-Meitner Institute for Computational | Quantum Chemistry, Hebrew University of Jerusalem wit |
Department at Stockholm University and at the | Quantum Chemistry, Uppsala University, Essen got perm |
From there, Dayhoff undertook a Ph.D. in | quantum chemistry, under George Kimball, in the Colum |
oneered several approaches now commonplace in | quantum chemistry, notably the use of pseudopotential |
butions in the following fields: relativistic | quantum chemistry, coupled cluster methods, theoretic |
MS, method is a time-dependent formulation of | quantum chemistry. |
enter in 1987 as the Center for Computational | Quantum Chemistry. |
Quantum Chemistry. | |
mond Daudel authored several books, including | Quantum chemistrywith G. Leroy, D. Peeters, and M. Sa |
The | quantum chromodynamic binding energy of a valence qua |
Main article: | Quantum chromodynamics |
S/QCD correspondence is a program to describe | Quantum Chromodynamics (QCD) in terms of a dual gravi |
that mediate strong interactions of quarks in | quantum chromodynamics (QCD). |
s in which the theory of strong interactions, | Quantum Chromodynamics (QCD), is studied by using the |
al color is a speculative model which extends | quantum chromodynamics (QCD), the generally accepted |
mathematical methods were alien, and because | quantum chromodynamics supplanted it as an approach t |
tion of these states through non-relativistic | quantum chromodynamics (NRQCD) and lattice QCD are in |
r singlet gluons is simply the statement that | quantum chromodynamics has an SU(3) rather than a U(3 |
is to understand the nature of confinement in | quantum chromodynamics by mapping the spectrum of exo |
ent with the (approximate) chiral symmetry of | quantum chromodynamics (QCD), as well as the other sy |
The QCD ( | Quantum Chromodynamics) dynamics of the hadronization |
In the modern understanding of | quantum chromodynamics, this is because up and down q |
In | quantum chromodynamics, the instanton fluid model is |
is major field of work has been the theory of | quantum chromodynamics, where he has used lattice gau |
In | quantum chromodynamics, (or in the more general case |
le physics community in the 1970s in light of | quantum chromodynamics. |
atory and a leading authority on perturbative | Quantum Chromodynamics. |
It also helped greatly in establishing | quantum chromodynamics. |
olitzer, was important for the development of | quantum chromodynamics. |
g the chiral symmetry of gauge theory such as | Quantum Chromodynamics. |
Q-circuit is a macro package for drawing | quantum circuit diagrams in LaTeX. |
Invited contributions are gathered from | quantum, classical and statistical mechanical studies |
Both the aluminum based | Quantum Clock and the mercury based atomic clock keep |
A | quantum clock is a type of clock that confines alumin |
Quantum clocks like this are able to divide time into | |
The | quantum cloning operation is the best way to make cop |
Researchers are seeking ways to build | quantum cloning machines, which work at the so called |
Though perfect | quantum cloning is not possible, it is possible to pe |
Quantum cloning is forbidden by the laws of quantum m | |
e did truly fall in love with Bond, though as | Quantum closed in on her, she died by drowning in a l |
Antony Gormley's ' | Quantum Cloud' statue stands on the downstream group |
Meyer, David A.: Projective plane and planar | quantum codes. |
Quantum coding. | |
ynapses is about as explanatorily powerful as | quantum coherence in the microtubules." |
Define the small | quantum cohomology with coefficients in Λ to be |
Avellino, M; Fisher, A J; Bose, S (2006), " | Quantum information - Quantum communication in spin s |
In the theory of | quantum communication, the quantum capacity is the hi |
dcasting sold WXTK and its sister stations to | Quantum Communications (now called Quantum of Cape Co |
He also works as a political consultant for | Quantum Communications, a Harrisburg-based political |
He is the owner of | Quantum Communications, a political communication and |
e activist Jeff Lord, who works with Gerow at | Quantum Communications, founded QubeTV, a conservativ |
d that the Moyal bracket is isomorphic to the | quantum commutator, and thus that the latter cannot b |
n or phase modulation of waves with energy of | quantum comparable to the energy of a signal (which i |
Algorithmica: Special Issue on | Quantum Computation and Cryptography. |
He has held a Tier 2 Canada Research Chair in | Quantum Computation since January 2002, and has been |
cently been working on high-level methods for | quantum computation and information. |
The Oxford Centre for | Quantum Computation is also housed in the laboratory. |
A measurement based scheme for | quantum computation based upon this principle has bee |
The means to perform | quantum computation on logical information stored wit |
ed with inventing the term qubit, which is to | quantum computation as a bit is to traditional comput |
ard to neural networks), theoretical biology, | quantum computation and graph theory (crossing number |
rk has been in mathematical issues related to | quantum computation and quantum information theory. |
Gutmann, Michael Sipser and Andrew Childs, on | quantum computation algorithms and time-travel comput |
He has made a proposal to protect adiabatic | quantum computation against decoherence, using dynami |
as Director of the Center for Spintronics and | Quantum Computation and Associate Director of the Cal |
y cited paper "Decoherence-free subspaces for | quantum computation", and their generalization, noise |
The group changed its name to the Centre from | Quantum Computation. |
Cytosine recently found use in | quantum computation. |
worked at the Center for Nonlinear Systems on | quantum computation. |
be used in the study of the Bloch vectors of | quantum computation. |
Shor showed that Deutch's | quantum computer could actually solve an important pr |
y be faster than classical techniques given a | quantum computer with 5 to 10 qubits. |
"A | Quantum Computer Needs Only One Universe" Studies in |
In that study he formulated a concept of | quantum computer with spins for quantum bits, as a qu |
28 January - A | quantum computer simulates a hydrogen molecule. |
In 1996, Seth Lloyd showed that a standard | quantum computer can be programmed to simulate any lo |
g members of the ARC Centre of Excellence for | Quantum Computer Technology. |
, Jonathan Jones started a group working on a | quantum computer based on the same techniques used in |
be used as a building block for a topological | quantum computer, in view of their non-Abelian anyoni |
N-V center can be viewed as a basic unit of a | quantum computer, and it has potential applications i |
k the ideas further and described a universal | quantum computer. |
n traps, for theoretical use in a trapped ion | quantum computer. |
nvolved in the development of the topological | quantum computer. |
A Shortcut Through Time: The Path to the | Quantum Computer. |
ted planar ion traps for use in a trapped ion | quantum computer. |
Creating such a first “ | quantum byte” (qubyte) is a further step on the way t |
For the first time, it became clear that | quantum computers were far from unimportant curiositi |
the performance of superconducting adiabatic | quantum computers on a variety of problems arising in |
Now, | quantum computers using time machines can only solve |
ane began an experimental effort to study how | quantum computers might be built from ionised atoms t |
there is another possibility of an error with | quantum computers, the sign flip. |
, H; Dowling, JP High-fidelity linear optical | quantum computing with polarization encoding PHYSICAL |
nder and deputy director of the Institute for | Quantum Computing at the University of Waterloo, rese |
d new nanotechnology-driven paradigms such as | quantum computing and spintronics are needed. |
It designs and analyzes | quantum computing algorithms, using Quantum Monte Car |
6 Neven started to explore the application of | quantum computing to hard combinatorial problems aris |
ern, among others, the future technologies of | quantum computing and the already available technolog |
In reversible | quantum computing circuits, an ancilla bit is a prepa |
t Princeton, New Jersey and the Institute for | Quantum Computing at the University of Waterloo. |
ysis, surface functionalisation, spintronics, | quantum computing and data storage media like hard dr |
"Optical | Quantum Computing". |
ysics and computer science, in such fields as | quantum computing, nanotechnology, personal fabricati |
Research in algorithmic information theory, | quantum computing, discrete mathematics and history a |
His recent work has focused on optical | quantum computing, as well as quantum metrology, quan |
ant theoretical problem in complexity theory, | quantum computing, and computational mathematics. |
undamental physics research for research into | quantum computing, for example. |
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