1 THE TECHNIQUE OF SIGNIFICABLES A proposed complete
... observable ought to follow from those fundamental principles as theorems, just as the facts about tables and chairs and mosquitoes and grocery stores ought to. And we ought not be surprised - since facts about what is or is not observable are facts about the behaviors of complicated macroscopic meas ...
... observable ought to follow from those fundamental principles as theorems, just as the facts about tables and chairs and mosquitoes and grocery stores ought to. And we ought not be surprised - since facts about what is or is not observable are facts about the behaviors of complicated macroscopic meas ...
Lieb-Robinson bounds and the speed of light from topological order
... that the maximum speed of the interactions is of the same order of magnitude than the speed c of emerging light. This answers why we can think of light as an emergent phenomenon and still not see any faster signals in this model. In the last part of the paper, we argue that the maximum speed increas ...
... that the maximum speed of the interactions is of the same order of magnitude than the speed c of emerging light. This answers why we can think of light as an emergent phenomenon and still not see any faster signals in this model. In the last part of the paper, we argue that the maximum speed increas ...
Topological Field Theories in 2 dimensions
... modelled on Graeme Segal’s definition of a Conformal Field theory. It was intended to supply the structural framework for the new topological invariants of the 1980’s, in particular Donaldson theory and 3-dimensional Chern-Simons theory. The distinguishing feature of the new invariants was their mul ...
... modelled on Graeme Segal’s definition of a Conformal Field theory. It was intended to supply the structural framework for the new topological invariants of the 1980’s, in particular Donaldson theory and 3-dimensional Chern-Simons theory. The distinguishing feature of the new invariants was their mul ...
Basics of quantum mechanics
... function ψ ( q ) = αψ 1 ( q ) + βψ 2 ( q ) describes a new physical state that is called the superposition of the two states 1 and 2. If the states are normalized and orthogonal (“orthonormal”), then ...
... function ψ ( q ) = αψ 1 ( q ) + βψ 2 ( q ) describes a new physical state that is called the superposition of the two states 1 and 2. If the states are normalized and orthogonal (“orthonormal”), then ...
the computational complexity of noncommutative graphs.
... We say Alice and Bob win if they pass the final check. We’re primarily interested in the question: when is it possible for Alice and Bob to win with probability 1? (This probability is taken both over Charlie’s choice of i and the probability inherent in the map T .) Call the greatest k for which Al ...
... We say Alice and Bob win if they pass the final check. We’re primarily interested in the question: when is it possible for Alice and Bob to win with probability 1? (This probability is taken both over Charlie’s choice of i and the probability inherent in the map T .) Call the greatest k for which Al ...
- City Research Online
... We have made the above identifications such that HJR (a, a† ) = HBF (X, P ) and replaced the deformation parameter β used in [2] by τ employed in [1]. It is well known that when given only a non-Hermitian Hamiltonian, the metric operator can not be uniquely determined. However, as argued in [1] with ...
... We have made the above identifications such that HJR (a, a† ) = HBF (X, P ) and replaced the deformation parameter β used in [2] by τ employed in [1]. It is well known that when given only a non-Hermitian Hamiltonian, the metric operator can not be uniquely determined. However, as argued in [1] with ...
Electronic Structure of Strained GaSb/GaAs Quantum Dot
... caused by their staggered (type-II) band alignment. North et al. calculated the electronic structure of self-assembled GaSb/GaAs dots by using the simple one-band model (effective mass model). Therefore it is interesting to carry out the detailed calculations using a more accurate method, in particu ...
... caused by their staggered (type-II) band alignment. North et al. calculated the electronic structure of self-assembled GaSb/GaAs dots by using the simple one-band model (effective mass model). Therefore it is interesting to carry out the detailed calculations using a more accurate method, in particu ...
How to acknowledge hypercomputation? Alexander Leitsch , G¨unter Schachner
... sure with probability 1 − 2−N that the graphs G1 and G2 are non-isomorphic. By denoting the class of interactive proofs by IP, we have shown that GNI ∈ IP. Interactive proofs further exist for every language in PSPACE (which is assumed to be much larger than NP). In fact, it can be shown [32] that I ...
... sure with probability 1 − 2−N that the graphs G1 and G2 are non-isomorphic. By denoting the class of interactive proofs by IP, we have shown that GNI ∈ IP. Interactive proofs further exist for every language in PSPACE (which is assumed to be much larger than NP). In fact, it can be shown [32] that I ...
Lecture 10 Example: Particle in a box
... This is plotted in the upper left panel of Figure 4. Contrast this behavior with the classical harmonic oscillator, which has a minimum in the probability at x = 0 and maxima at the turning points. Also note that the limits of oscillation are strictly obeyed for the classical oscillator, shown by th ...
... This is plotted in the upper left panel of Figure 4. Contrast this behavior with the classical harmonic oscillator, which has a minimum in the probability at x = 0 and maxima at the turning points. Also note that the limits of oscillation are strictly obeyed for the classical oscillator, shown by th ...
Is Quantum Mechanics necessary for understanding
... are not given sufficient consideration. Precise formulations of MR basics exist, e.g. as presented by Levitt (2) or advocated on the ReviseMRI web site (3), but they are unfortunately a minority. Many texts aimed at physicists and other people trained in quantum mechanics do not make the mistakes po ...
... are not given sufficient consideration. Precise formulations of MR basics exist, e.g. as presented by Levitt (2) or advocated on the ReviseMRI web site (3), but they are unfortunately a minority. Many texts aimed at physicists and other people trained in quantum mechanics do not make the mistakes po ...
