Adiabatic.Quantum.Slow.Altshuler
... When N the gaps decrease even quicker than exponentially ...
... When N the gaps decrease even quicker than exponentially ...
Lecture 20. Perturbation Theory: Examples
... The EVEN energy levels are UNAFFECTED by the perturbation to first order however since their wavefunctions all VANISH at the position where the deltafunction perturbation is located ...
... The EVEN energy levels are UNAFFECTED by the perturbation to first order however since their wavefunctions all VANISH at the position where the deltafunction perturbation is located ...
Integer Quantum Hall Effect for Bosons
... gapped phase that is qualitatively different from a conventional Mott insulator, but has no ‘‘intrinsic’’ topological order—i.e., no fractional excitations and a unique ground state on topologically nontrivial manifolds? Recent work shows that the answer is yes. In fact, according to the powerful co ...
... gapped phase that is qualitatively different from a conventional Mott insulator, but has no ‘‘intrinsic’’ topological order—i.e., no fractional excitations and a unique ground state on topologically nontrivial manifolds? Recent work shows that the answer is yes. In fact, according to the powerful co ...
The qubits and the equations of physics
... 5. Reversibility is restored only if one extends the parameters to the field of complex numbers 6. Time emerges as a uniform parameter that tracks the sequence of actions and we derive a dynamical equation for the qubit. 7. A qubit needs a carrier, a particle of mass m, its presence in the qubit dyn ...
... 5. Reversibility is restored only if one extends the parameters to the field of complex numbers 6. Time emerges as a uniform parameter that tracks the sequence of actions and we derive a dynamical equation for the qubit. 7. A qubit needs a carrier, a particle of mass m, its presence in the qubit dyn ...
On Water, Steam and String Theory
... group. Its basic ideas are explained with images from computer simulations of the lattice gas model. It is then briefly reviewed how the renormalization group is used to compute critical coefficients for the water-steam phase transition, in good agreement with experiment. Finally, some applications ...
... group. Its basic ideas are explained with images from computer simulations of the lattice gas model. It is then briefly reviewed how the renormalization group is used to compute critical coefficients for the water-steam phase transition, in good agreement with experiment. Finally, some applications ...
E-Infinity theory and the Higgs field - SelectedWorks
... (1) If we regard the Higgs field, we see that it has eight degrees of freedom. They could be all or some of them particles. At present we think five may be particles of the Higgs type and the other three do not appear directly as any kinds of particles. (2) The Higgs field is a substitute for gravity, ...
... (1) If we regard the Higgs field, we see that it has eight degrees of freedom. They could be all or some of them particles. At present we think five may be particles of the Higgs type and the other three do not appear directly as any kinds of particles. (2) The Higgs field is a substitute for gravity, ...
The Kitaev chain: theoretical model and experiments
... the semiconductor / s-wave-SC heterostructure, four ingredients, namely 1) 1 D semiconductor wire, 2) Spin-orbit interaction, 3) Zeemann-coupling and 4) Superconductivity (proximity effect by s-wave SC), are basic to mimic the theoretical model of the Kitaev chain and further the chemical potential µ ...
... the semiconductor / s-wave-SC heterostructure, four ingredients, namely 1) 1 D semiconductor wire, 2) Spin-orbit interaction, 3) Zeemann-coupling and 4) Superconductivity (proximity effect by s-wave SC), are basic to mimic the theoretical model of the Kitaev chain and further the chemical potential µ ...
An Introduction to Quantum Field Theory, Mrinal Dasgupta
... of scalar fields. Furthermore, I shall use the Lagrangian formalism and canonical quantisation, thus leaving aside the quantisation approach via path integrals. Since the main motivation for these lectures is the discussion of the underlying formalism leading to the derivation of Feynman rules, the c ...
... of scalar fields. Furthermore, I shall use the Lagrangian formalism and canonical quantisation, thus leaving aside the quantisation approach via path integrals. Since the main motivation for these lectures is the discussion of the underlying formalism leading to the derivation of Feynman rules, the c ...
Ohio_06
... Van Vleck perturbation theory remains an important tool for treating molecular vibrations as well as vibrations coupled to many other DOF. ...
... Van Vleck perturbation theory remains an important tool for treating molecular vibrations as well as vibrations coupled to many other DOF. ...
Second Order Refinements for the Classical Capacity of Quantum
... the hypothesis testing divergence. To do so, we need an appropriate choice of output state σB n to further upper bound log M ∗ (ε; W n , S∗n ) above. We require the following auxiliary result whose proof we omit (it is based on a construction from [9, Lm. II.4] and uses continuity results for the re ...
... the hypothesis testing divergence. To do so, we need an appropriate choice of output state σB n to further upper bound log M ∗ (ε; W n , S∗n ) above. We require the following auxiliary result whose proof we omit (it is based on a construction from [9, Lm. II.4] and uses continuity results for the re ...
Multinucleon Transfer Reactions and Quasifission Processes in
... calculated by the TDHF theory combined with the PNP and those of the measurements, we again find reasonable agreements. In particular, the TDHF theory describes not only proton-stripping but also proton-pickup processes. This fact indicates that a reasonable description is possible for a transitional ...
... calculated by the TDHF theory combined with the PNP and those of the measurements, we again find reasonable agreements. In particular, the TDHF theory describes not only proton-stripping but also proton-pickup processes. This fact indicates that a reasonable description is possible for a transitional ...
URL - StealthSkater
... that the flow parameters for flow lines integrate to global coordinates. So-called "Beltrami flows" are in question and mean that preferred extremals have an interpretation as perfect fluid flows for which dissipation is minimal. This property also implies the almost topological QFT property of TGD ...
... that the flow parameters for flow lines integrate to global coordinates. So-called "Beltrami flows" are in question and mean that preferred extremals have an interpretation as perfect fluid flows for which dissipation is minimal. This property also implies the almost topological QFT property of TGD ...
Spontaneous Symmetry Breaking in Non Abelian Gauge Theories
... We can take a similar Lagrangian for the scalar field as above L = |∂φ|2 − V (|φ|2 ) (where Lorentz and SU (N ) index sums are implied) which has the required invariance. To promote the symmetry to a local symmetry, we must replace the derivatives with covariant derivatives Dµ = ∂µ − igAµ . The gaug ...
... We can take a similar Lagrangian for the scalar field as above L = |∂φ|2 − V (|φ|2 ) (where Lorentz and SU (N ) index sums are implied) which has the required invariance. To promote the symmetry to a local symmetry, we must replace the derivatives with covariant derivatives Dµ = ∂µ − igAµ . The gaug ...
