Tailoring Rydberg interactions via F\" orster resonances: state
... pair state basis, constructed as a tensor product of the individual atom bases. When r → ∞, the energy of a pair state is simply the sum of the energies of the individual atoms. However, for smaller r the interaction between the atoms will change this. As an example, an atom that is initially in a s ...
... pair state basis, constructed as a tensor product of the individual atom bases. When r → ∞, the energy of a pair state is simply the sum of the energies of the individual atoms. However, for smaller r the interaction between the atoms will change this. As an example, an atom that is initially in a s ...
LIGO Magazine, issue 3, 9/2013 - LIGO Scientific Collaboration
... 200 Mpc should give at least ~1 BNS detection per year even under pessimistic predictions of event rates. This will happen in 2019, but it’s likely we’ll have detections much earlier. We are indeed working hard on this goal, and we are making very good progress. The installation of the Advanced LIGO ...
... 200 Mpc should give at least ~1 BNS detection per year even under pessimistic predictions of event rates. This will happen in 2019, but it’s likely we’ll have detections much earlier. We are indeed working hard on this goal, and we are making very good progress. The installation of the Advanced LIGO ...
The density-matrix renormalization group in the age of matrix
... context, the most relevant prehistory is arguably given by the exact expression of the seminal one-dimensional AKLT state in this form[33, 34, 35], which gave rise to extensive studies of the translationally invariant subclass of MPS known as finitely correlated states[36]. This form was then subseq ...
... context, the most relevant prehistory is arguably given by the exact expression of the seminal one-dimensional AKLT state in this form[33, 34, 35], which gave rise to extensive studies of the translationally invariant subclass of MPS known as finitely correlated states[36]. This form was then subseq ...
p15_11_6.pdf
... non-sequential double-ionization. For more than two electrons, one will however run again into the challenge of finding an accurate approximation for the 2RDM in terms of the renormalized NOs. The progress and applications in time-propagating RDMs as described above has been relatively recent (the u ...
... non-sequential double-ionization. For more than two electrons, one will however run again into the challenge of finding an accurate approximation for the 2RDM in terms of the renormalized NOs. The progress and applications in time-propagating RDMs as described above has been relatively recent (the u ...
Charged domain walls as quantum strings on a - Instituut
... The debate on the microscopic origin of the stripe instability is far from closed.12,14–19 Nevertheless, in this paper we will attempt to isolate some characteristics that might be common to all present proposals for the microscopy to arrive at some general considerations regarding the quantum meand ...
... The debate on the microscopic origin of the stripe instability is far from closed.12,14–19 Nevertheless, in this paper we will attempt to isolate some characteristics that might be common to all present proposals for the microscopy to arrive at some general considerations regarding the quantum meand ...
Perturbation Theory and Atomic Resonances Since Schrödinger`s
... Combes [6, 17] was to complexify Euclidean symmetry groups and to use analytic continuation to define resonance energies as non-real eigenvalues of the family of operators produced by conjugating the Hamiltonian with the complexified groups. In the original version of complex scaling, Aguilar, Balsl ...
... Combes [6, 17] was to complexify Euclidean symmetry groups and to use analytic continuation to define resonance energies as non-real eigenvalues of the family of operators produced by conjugating the Hamiltonian with the complexified groups. In the original version of complex scaling, Aguilar, Balsl ...
Transport study on two-dimensional electrons with controlled short-range alloy disorder
... With good knowledge about our samples, we investigate two long-standing problems in the quantum Hall regime in Chapter 3 and Chapter 4. Chapter 3 concentrates on the integer quantum Hall regime, and we have studied the integer quantum Hall plateau-to-plateau transitions. We have unambiguously verifi ...
... With good knowledge about our samples, we investigate two long-standing problems in the quantum Hall regime in Chapter 3 and Chapter 4. Chapter 3 concentrates on the integer quantum Hall regime, and we have studied the integer quantum Hall plateau-to-plateau transitions. We have unambiguously verifi ...
URL - StealthSkater
... that they are absent from amplitudes poses very strong conditions on the p-adic counterparts of scattering amplitudes and also real scattering amplitudes. Bringing 2 πi and its powers via infinite-dimensional non-algebraic extension of p-adics might lead to inconsistencies. exp(i2π/n) defined as pow ...
... that they are absent from amplitudes poses very strong conditions on the p-adic counterparts of scattering amplitudes and also real scattering amplitudes. Bringing 2 πi and its powers via infinite-dimensional non-algebraic extension of p-adics might lead to inconsistencies. exp(i2π/n) defined as pow ...
PHYS201 - Wave Mechanics
... The fact that we add the probabilities P1 (x) and P2 (x) to get P12 (x) is simply stating: The probability of a golf ball that goes through slit 1 landing in (x, x + δx) is completely independent of whether or not slit 2 is open. The probability of a golf ball that goes through slit 2 landing in (x, ...
... The fact that we add the probabilities P1 (x) and P2 (x) to get P12 (x) is simply stating: The probability of a golf ball that goes through slit 1 landing in (x, x + δx) is completely independent of whether or not slit 2 is open. The probability of a golf ball that goes through slit 2 landing in (x, ...
Quantum Fingerprints that Keep Secrets
... The notion of quantum fingerprints has been introduced in [BCWdW01] mainly in the context of communication complexity. The main conceptual contribution of the present work is to view quantum fingerprints as a cryptographic primitive. Nevertheless, our results can be interpreted in the language of co ...
... The notion of quantum fingerprints has been introduced in [BCWdW01] mainly in the context of communication complexity. The main conceptual contribution of the present work is to view quantum fingerprints as a cryptographic primitive. Nevertheless, our results can be interpreted in the language of co ...
ABSTRACT Title of Document:
... For all the interest quantum information theory is currently generating, it still remains a fledgling field. The theories that do exist are still relatively new and it would seem that many have yet to be discovered. Nowhere is it more evident just how fresh this approach to quantum theory is than i ...
... For all the interest quantum information theory is currently generating, it still remains a fledgling field. The theories that do exist are still relatively new and it would seem that many have yet to be discovered. Nowhere is it more evident just how fresh this approach to quantum theory is than i ...
Quantitative Analysis of Spin Hall Effect in
... 2. RESULTS AND DISCUSSIONS In high mobility two-dimensional electron systems (2DES) that have substantial Rashba Spin-orbit coupling [12], Spin currents always accompany charge currents. The Hamiltonian of a 2DES with Rashba Spin-orbit coupling is given by ...
... 2. RESULTS AND DISCUSSIONS In high mobility two-dimensional electron systems (2DES) that have substantial Rashba Spin-orbit coupling [12], Spin currents always accompany charge currents. The Hamiltonian of a 2DES with Rashba Spin-orbit coupling is given by ...
