On Cayley graphs, surface codes, and the limits of homological
... and V2⊥ /V1 whose dimension is the dimension of the quantum code and whose minimum weight representatives give the quantum minimum distance. A natural way to obtain sequences of quantum surface codes with growing dimension is to take tori with a growing number of handles. This approach is discussed ...
... and V2⊥ /V1 whose dimension is the dimension of the quantum code and whose minimum weight representatives give the quantum minimum distance. A natural way to obtain sequences of quantum surface codes with growing dimension is to take tori with a growing number of handles. This approach is discussed ...
Chern-Simons theory and Weyl quantization
... This is known as the Egorov condition satisfied exactly only for Weyl quantization. It is this symmetry of Weyl quantization that we related to the symmetry of Chern-Simons theory that comes from di↵eomorphisms. ...
... This is known as the Egorov condition satisfied exactly only for Weyl quantization. It is this symmetry of Weyl quantization that we related to the symmetry of Chern-Simons theory that comes from di↵eomorphisms. ...
From Quantum Gates to Quantum Learning: recent research and
... • If U can be implemented by K gates, we can simulate U with a total error less than with a gate overhead that is polynomial in log(K/) • A discrete set of gate types G is universal, if we can approximate any U to within any > 0 using a sequence of gates from G ...
... • If U can be implemented by K gates, we can simulate U with a total error less than with a gate overhead that is polynomial in log(K/) • A discrete set of gate types G is universal, if we can approximate any U to within any > 0 using a sequence of gates from G ...
The symmetrized quantum potential and space as a direct
... dynamical system is composed by the pendulum alone. On the other hand, as it has been rightly underlined by Rovelli, the same physical situation can be analyzed also from a different perspective, which according to the authors is more coherent with experimental facts. One can say that there is a phy ...
... dynamical system is composed by the pendulum alone. On the other hand, as it has been rightly underlined by Rovelli, the same physical situation can be analyzed also from a different perspective, which according to the authors is more coherent with experimental facts. One can say that there is a phy ...
Machine invention of quantum computing circuits by means
... here uses a simulator that runs on ordinary classical digital hardware. Such simulators are necessarily inefficient, in many cases they are exponentially costly in terms of time and space resources, but they allow us to determine how a quantum circuit would perform if it were implemented in real qua ...
... here uses a simulator that runs on ordinary classical digital hardware. Such simulators are necessarily inefficient, in many cases they are exponentially costly in terms of time and space resources, but they allow us to determine how a quantum circuit would perform if it were implemented in real qua ...
Proposal - MURI on FIND
... theoretical models of universality in quenches (for example the Kibble-Zurek mechanism) and part of our task is confirming these features, and extending them into new regimes. Theme Two – Critical dynamics, black holes, and the quark-gluon plasma : In strongly correlated systems, or those near quant ...
... theoretical models of universality in quenches (for example the Kibble-Zurek mechanism) and part of our task is confirming these features, and extending them into new regimes. Theme Two – Critical dynamics, black holes, and the quark-gluon plasma : In strongly correlated systems, or those near quant ...
Invitation to Local Quantum Physics
... ideas is that of “Local Quantum Physics”(LQP), also called “Algebraic Quantum Field Theory”(AQFT). ...
... ideas is that of “Local Quantum Physics”(LQP), also called “Algebraic Quantum Field Theory”(AQFT). ...
What General Chemistry Students Know (and Don`t Know) About
... S: I know there's a strong force and a weak force. We glazed over that in high school. We really never talked about what it was or about what it did. That's what kept the atom from collapsing on itself. But I can’t… Back to the original question, I can't think of a way that you could possibly measur ...
... S: I know there's a strong force and a weak force. We glazed over that in high school. We really never talked about what it was or about what it did. That's what kept the atom from collapsing on itself. But I can’t… Back to the original question, I can't think of a way that you could possibly measur ...
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 ...
On the equivalence between non-factorizable mixed
... Although the probability distribution (4.2) is normalized, it also obeys other restrictions because of its particular form and the way it is defined. This can also be stated as follows. Whereas the probability distribution (4.2) is normalized, not every normalized quantum probability distribution wi ...
... Although the probability distribution (4.2) is normalized, it also obeys other restrictions because of its particular form and the way it is defined. This can also be stated as follows. Whereas the probability distribution (4.2) is normalized, not every normalized quantum probability distribution wi ...
