fundamental_reality\holographic paradigm\morphogenetic fields
... understand what quantum mechanics means by such a model you get quite a strong analogy to a formative field. Sheldrake: Yes, it may even be a homology; it may be a different way of talking about the same thing. Bohm: The major difference is that quantum mechanics doesn't treat time, and therefore i ...
... understand what quantum mechanics means by such a model you get quite a strong analogy to a formative field. Sheldrake: Yes, it may even be a homology; it may be a different way of talking about the same thing. Bohm: The major difference is that quantum mechanics doesn't treat time, and therefore i ...
The Spin Quantum Number
... for a hydrogen atom. Using the four quantum number model, describe the two lowest energy term (orbits) for a helium atom. ...
... for a hydrogen atom. Using the four quantum number model, describe the two lowest energy term (orbits) for a helium atom. ...
Minimally Entangled Typical Quantum States at Finite Temperature
... starting from a random configuration. This suggests that the thermal-step autocorrelation time (similar to a Monte Carlo autocorrelation time) is very short, the key to efficient sampling. In practical calculations (inset), one does one long run with many thermal steps, discarding the first results ...
... starting from a random configuration. This suggests that the thermal-step autocorrelation time (similar to a Monte Carlo autocorrelation time) is very short, the key to efficient sampling. In practical calculations (inset), one does one long run with many thermal steps, discarding the first results ...
Quantum information processing with polar molecules
... 1. strong CQED with superconducting circuits ...
... 1. strong CQED with superconducting circuits ...
PDF
... Now let us return to the single-mode case and relax our assumption that the transmitters uses coherent-state encoding, i.e., we will allow them to use non-classical states in their quest for the largest possible capacity region. We begin by developing outer bounds on this capacity region. Let Alice ...
... Now let us return to the single-mode case and relax our assumption that the transmitters uses coherent-state encoding, i.e., we will allow them to use non-classical states in their quest for the largest possible capacity region. We begin by developing outer bounds on this capacity region. Let Alice ...
Bulk Entanglement Spectrum Reveals Quantum Criticality within a
... Challenge #2: phase transition to different trivial states => different critical theories. (e.g. a Z2 spin liquid can undergo topological phase transitions to either a magnetic state or a valence bond solid.) ...
... Challenge #2: phase transition to different trivial states => different critical theories. (e.g. a Z2 spin liquid can undergo topological phase transitions to either a magnetic state or a valence bond solid.) ...
interference as measurement -- quantum states of light, single
... • Originally, one could certainly have counted atoms, and measured their momenta to discern which cloud each came from. • Only after detecting an atom in such a way that it's impossible to tell which cloud it came from do the atom numbers of the two clouds become entangled, giving rise to coherence. ...
... • Originally, one could certainly have counted atoms, and measured their momenta to discern which cloud each came from. • Only after detecting an atom in such a way that it's impossible to tell which cloud it came from do the atom numbers of the two clouds become entangled, giving rise to coherence. ...
PDF
... {|ψ ± M T = (|1M |0T ± |0M |1T )/ 2, |φ± M T = (|1M |1T ± |0M |0T )/ 2}, on the joint message/transmitter system then yields the two bits of classical information that the receiver needs to transform its portion of the original singlet into a reproduction of the message qubit. An initial e ...
... {|ψ ± M T = (|1M |0T ± |0M |1T )/ 2, |φ± M T = (|1M |1T ± |0M |0T )/ 2}, on the joint message/transmitter system then yields the two bits of classical information that the receiver needs to transform its portion of the original singlet into a reproduction of the message qubit. An initial e ...
At what time does a quantum experiment have a result?
... variable. In quantum theory, then, one must treat the time of detection as an observable. Now, as is well-known, Pauli’s Theorem implies that there is no self-adjoint operator with the requisite properties (Srinivas and Vijayalakshmi [1981]). But what is actually established by this result is that ...
... variable. In quantum theory, then, one must treat the time of detection as an observable. Now, as is well-known, Pauli’s Theorem implies that there is no self-adjoint operator with the requisite properties (Srinivas and Vijayalakshmi [1981]). But what is actually established by this result is that ...
1 CONSCIOUSNESS, SITUATIONS, AND THE
... essentially independent of this situation or state. In practice, as we have just seen, this is done by introducing personal pronouns in sentences in the first case, and dropping them in the second ...
... essentially independent of this situation or state. In practice, as we have just seen, this is done by introducing personal pronouns in sentences in the first case, and dropping them in the second ...