An Explanatory Model for Life Forward Movement in Wholebody
... inner directed movements, as a right match for our situation and organism, supported by our awareness of inner and outer space. For example, when I take the time to notice the whole context of the foot inside its physical space, with its connections to the whole environment, the foot begins to exper ...
... inner directed movements, as a right match for our situation and organism, supported by our awareness of inner and outer space. For example, when I take the time to notice the whole context of the foot inside its physical space, with its connections to the whole environment, the foot begins to exper ...
Evolving Quantum circuits - Portland State University
... [6,7,18,42,45]. This result is different from binary reversible logic, where the minimum universal gate is 3*3 [19,44] (all quantum gates are reversible and reversible gates have the same number of inputs and outputs and are one-to-one mappings, k*k gate has k inputs and k outputs). An interesting q ...
... [6,7,18,42,45]. This result is different from binary reversible logic, where the minimum universal gate is 3*3 [19,44] (all quantum gates are reversible and reversible gates have the same number of inputs and outputs and are one-to-one mappings, k*k gate has k inputs and k outputs). An interesting q ...
Clustering of Particles in Turbulent Flows
... Particles move in a less dense fluid with velocity field Particles do not affect the velocity field, or interact (until they make contact). The equation of motion is assumed to be ...
... Particles move in a less dense fluid with velocity field Particles do not affect the velocity field, or interact (until they make contact). The equation of motion is assumed to be ...
Exponential algorithmic speedup by quantum walk Andrew M. Childs, Richard Cleve, Enrico Deotto,
... a sequence of unitary operators that are either the oracle or act on a few qubits at a time. We address the general implementation issue in Section III B. In order to implement the quantum walk on a general graph, we must also be given a consistent coloring of the edges of the graph. In other words, ...
... a sequence of unitary operators that are either the oracle or act on a few qubits at a time. We address the general implementation issue in Section III B. In order to implement the quantum walk on a general graph, we must also be given a consistent coloring of the edges of the graph. In other words, ...
Nonclassical States of Cold Atomic Ensembles and of Light Fields
... atom, it can be expedient to instead use long-lived collective spin excitations of an atomic ensemble. The ensemble can then be viewed as a “macro-atom" whose excitations are quantized spin waves (magnons), such that transitions between its energy levels (magnon number states) correspond to highly d ...
... atom, it can be expedient to instead use long-lived collective spin excitations of an atomic ensemble. The ensemble can then be viewed as a “macro-atom" whose excitations are quantized spin waves (magnons), such that transitions between its energy levels (magnon number states) correspond to highly d ...
Many-Body Physics I (Quantum Statistics)
... singularities, imagine that they are not allowed to be at the same point due to a hard-core repulsion. Then the configuration space is R2d with a d-dimensional “plane” ~x1 = ~x2 removed (and modded out by Z2 ). If you project this space along the “plane,” it reduces to Rd with the origin removed, Rd ...
... singularities, imagine that they are not allowed to be at the same point due to a hard-core repulsion. Then the configuration space is R2d with a d-dimensional “plane” ~x1 = ~x2 removed (and modded out by Z2 ). If you project this space along the “plane,” it reduces to Rd with the origin removed, Rd ...
QUANTUM SPIN LIQUIDS: QUEST FOR THE ODD PARTICLE
... well-understood and perhaps more interesting class is that of Gapless Spin Liquids. Some of these spin liquids are characterized by a gap to spinful excitations but have gapless “dimer resonances” which survive down to the lowest energy. Such gapless dimer fluctuations turn out to be simply describa ...
... well-understood and perhaps more interesting class is that of Gapless Spin Liquids. Some of these spin liquids are characterized by a gap to spinful excitations but have gapless “dimer resonances” which survive down to the lowest energy. Such gapless dimer fluctuations turn out to be simply describa ...
PDF only - at www.arxiv.org.
... spin α WM despite the intermediate β and γ VMs. Weak values, as emerging upon summation and proper normalization, thus seem to be unaffected by uncertainty relations, in contrast to the individual WM outcomes which seem almost random. Even more striking is the fact that all WMs equally agree with t ...
... spin α WM despite the intermediate β and γ VMs. Weak values, as emerging upon summation and proper normalization, thus seem to be unaffected by uncertainty relations, in contrast to the individual WM outcomes which seem almost random. Even more striking is the fact that all WMs equally agree with t ...
1AMQ, Part II Quantum Mechanics
... The three spatial dimensions (r,,) lead to 3 quantum numbers, which relate to • How far the orbital is from the nucleus (n) • How fast the orbit is (ie. angular momentum) (l) • Then angle of the orbit in space (ml). The quantum numbers and their allowed ...
... The three spatial dimensions (r,,) lead to 3 quantum numbers, which relate to • How far the orbital is from the nucleus (n) • How fast the orbit is (ie. angular momentum) (l) • Then angle of the orbit in space (ml). The quantum numbers and their allowed ...
