Quantum electrodynamics with 1D artificial atoms
... A 1D atom, a single quantum emitter coupled to a single optical mode, exhibits rich quantum electrodynamic (QED) effects and is thought to be the key ingredient for many applications in quantuminformation processing. Single quantum dots (QD) in photonic-crystal waveguides (PCW) constitute a robust p ...
... A 1D atom, a single quantum emitter coupled to a single optical mode, exhibits rich quantum electrodynamic (QED) effects and is thought to be the key ingredient for many applications in quantuminformation processing. Single quantum dots (QD) in photonic-crystal waveguides (PCW) constitute a robust p ...
Quantum Hall effect in graphene: Status and prospects
... Recently, Du et al.32 have showed that Dirac electrons exhibit strong collective behaviour which give rise to FQHE in graphene. They had suspended the graphene sample between two supports. Electrons in suspended samples have higher mobilities than those in samples resting on a substrate. For example ...
... Recently, Du et al.32 have showed that Dirac electrons exhibit strong collective behaviour which give rise to FQHE in graphene. They had suspended the graphene sample between two supports. Electrons in suspended samples have higher mobilities than those in samples resting on a substrate. For example ...
The Rutherford Memorial Lecture 1958 Reminiscences
... had their origin in the nucleus. About the same time, the idea of the atomic number was independently introduced by van den Broek in Amsterdam, but in his classification of the elements a different nuclear charge was still ascribed to every stable or radioactive substance. So far, the primary object ...
... had their origin in the nucleus. About the same time, the idea of the atomic number was independently introduced by van den Broek in Amsterdam, but in his classification of the elements a different nuclear charge was still ascribed to every stable or radioactive substance. So far, the primary object ...
hidden symmetry and explicit spheroidal eigenfunctions of the
... provide the correct zero-order basis states for treating the interaction of a point charge or a point dipole with the hy 7 used the spheroidal eigenfunctions drogen atom. Demkov to construct analytic solutions (exact for the Born—Oppen heimer problem) for an electron interacting with two nuclei for ...
... provide the correct zero-order basis states for treating the interaction of a point charge or a point dipole with the hy 7 used the spheroidal eigenfunctions drogen atom. Demkov to construct analytic solutions (exact for the Born—Oppen heimer problem) for an electron interacting with two nuclei for ...
