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... Recall the tight-Binding Hamiltonian Why is this a p-wave superconductor? For the so-called s-, p-, d- or f-wave ...
... Recall the tight-Binding Hamiltonian Why is this a p-wave superconductor? For the so-called s-, p-, d- or f-wave ...
Chapter 4
... We sought to recruit five students from each of the four modern physics offerings at the University of Colorado from a single academic year (immediately following the studies described ...
... We sought to recruit five students from each of the four modern physics offerings at the University of Colorado from a single academic year (immediately following the studies described ...
Finite Two-Dimensional Systems of Electrons at Zero and Finite
... Degenerate plasmas have been one of important subjects of plasma physics. Simulations which are useful in analyses of classical systems of charges still have some difficulties in applications to quantum systems and the system sizes of ab initio simulations are much smaller than those of classical ones ...
... Degenerate plasmas have been one of important subjects of plasma physics. Simulations which are useful in analyses of classical systems of charges still have some difficulties in applications to quantum systems and the system sizes of ab initio simulations are much smaller than those of classical ones ...
Developments of the Theory of Spin Susceptibility in Metals
... contact interaction between a nuclear spin and a conduction electron. The resulting indirect interaction between nuclear spins explained the linewidth of nuclear spin resonance in metals. The same form, Eq. (1), can be used to describe the exchange coupling between the spin of a magnetic ion and the ...
... contact interaction between a nuclear spin and a conduction electron. The resulting indirect interaction between nuclear spins explained the linewidth of nuclear spin resonance in metals. The same form, Eq. (1), can be used to describe the exchange coupling between the spin of a magnetic ion and the ...
How to test the “quantumness” of a quantum computer? Miroslav Grajcar
... Nevertheless, we believe that this problem can be solved. This will first require developing a better set of theoretical tools. A system of qubits is, after all, a quantum many-body system, which may be amenable to the approaches which worked so well in many applications to condensed matter physics ...
... Nevertheless, we believe that this problem can be solved. This will first require developing a better set of theoretical tools. A system of qubits is, after all, a quantum many-body system, which may be amenable to the approaches which worked so well in many applications to condensed matter physics ...
