Article PDF - IOPscience
... Since Zeeman (1897) first observed the splitting of an atomic spectral line under a magnetic field in 1896, atoms and molecules in magnetic fields have been extensively studied both theoretically and experimentally. Several new sciences have been born from such research (Ruder et al. 1994). For astr ...
... Since Zeeman (1897) first observed the splitting of an atomic spectral line under a magnetic field in 1896, atoms and molecules in magnetic fields have been extensively studied both theoretically and experimentally. Several new sciences have been born from such research (Ruder et al. 1994). For astr ...
Nonequilibrium Quantum Magnetism in a Dipolar Lattice Gas
... with z the relative coordinate along the B field. Our experimental results described below reveal the spinor dynamics induced by intersite spin-spin interactions of this Heisenberg-like Hamiltonian: a chromium gas loaded in a 3D lattice provides an interesting platform for the analysis of quantum ma ...
... with z the relative coordinate along the B field. Our experimental results described below reveal the spinor dynamics induced by intersite spin-spin interactions of this Heisenberg-like Hamiltonian: a chromium gas loaded in a 3D lattice provides an interesting platform for the analysis of quantum ma ...
Degenerate Fermi Gases
... (red-blue) atoms. In 2D and 1D any attractive potential make it due to the different density of states. Well, if we consider (Cooper problem) 2 atoms on top a frozen Fermi sea also in 3D any attractive potential allows for a state with an energy smaller than the Fermi Energy itself! ...
... (red-blue) atoms. In 2D and 1D any attractive potential make it due to the different density of states. Well, if we consider (Cooper problem) 2 atoms on top a frozen Fermi sea also in 3D any attractive potential allows for a state with an energy smaller than the Fermi Energy itself! ...
Physics Summit registration packet - STEM Outreach
... celestial objects, their behavior and their interactions. Commonly studied objects include: galaxies, stars, planets, and cosmic radiation. They are studied through emissions, luminosity, and chemical composition. Astrophysics is a very broad subject and may use many disciplines of physics. ...
... celestial objects, their behavior and their interactions. Commonly studied objects include: galaxies, stars, planets, and cosmic radiation. They are studied through emissions, luminosity, and chemical composition. Astrophysics is a very broad subject and may use many disciplines of physics. ...
Syllabus
... time (s), mass (kg), electrical current (A), temperature (K), amount calculation. of substance (mol) and luminosity (cd). Emphasize on conversion of units in metric system. ...
... time (s), mass (kg), electrical current (A), temperature (K), amount calculation. of substance (mol) and luminosity (cd). Emphasize on conversion of units in metric system. ...
The Theory of Von Klitzing`s Constant and Phases
... uncertainty is 2.810-3 which is a few parts per thousand. The plateau measurement is obviously much more curate than the difference between turning point and the plateau. In such a case, in principle value will play a dominant role. The plateau value can be measured upto eight digits which means th ...
... uncertainty is 2.810-3 which is a few parts per thousand. The plateau measurement is obviously much more curate than the difference between turning point and the plateau. In such a case, in principle value will play a dominant role. The plateau value can be measured upto eight digits which means th ...
Physics of the Soul
... the body and the brain are stabilizing influences for our identity. In dreaming, for example, we lose awareness of our physical body, and look what happens. Our identity can shift from one dream-body to another many times during the dream; there just isn’t much stability in who we identify with. Sim ...
... the body and the brain are stabilizing influences for our identity. In dreaming, for example, we lose awareness of our physical body, and look what happens. Our identity can shift from one dream-body to another many times during the dream; there just isn’t much stability in who we identify with. Sim ...
Approaches to Quantum Error Correction
... they usually correspond to two chosen states of a larger system. For any quantum computation, fresh qubits have to be supplied in a known state, which is usually taken to be the |0i state. A quantum computer implements a unitary transformation on the space of several qubits, as consistent with the l ...
... they usually correspond to two chosen states of a larger system. For any quantum computation, fresh qubits have to be supplied in a known state, which is usually taken to be the |0i state. A quantum computer implements a unitary transformation on the space of several qubits, as consistent with the l ...
Allee_Linda - Arizona Space Grant Consortium
... • High power pulsed lasers have many applications (cutting ...
... • High power pulsed lasers have many applications (cutting ...
An introduction to the basics of dephasing
... cillations. Maybe positive fluctuations of the magnetic and vice versa, thereby changing the occupation probafield (increasing its value above average) are followed by bilities of “up” and “down”. Since these states have diffluctuations pointing in the other direction, which tend to ferent energies ...
... cillations. Maybe positive fluctuations of the magnetic and vice versa, thereby changing the occupation probafield (increasing its value above average) are followed by bilities of “up” and “down”. Since these states have diffluctuations pointing in the other direction, which tend to ferent energies ...
research reviews Spin-orbit coupling and the electronic
... been demonstrated for InGaAs quantum wells in Ref. [15]. For GaAs, the coupling strength is, typically, an order of magnitude smaller because of the larger semiconductor band gap. The control of α constitutes the basis of many applications and devices in the emerging spintronics technology. Indeed, ...
... been demonstrated for InGaAs quantum wells in Ref. [15]. For GaAs, the coupling strength is, typically, an order of magnitude smaller because of the larger semiconductor band gap. The control of α constitutes the basis of many applications and devices in the emerging spintronics technology. Indeed, ...
Sample pages 2 PDF
... and n understood as the principal quantum number. From the Bohr model it was also possible to derive scaling laws for the atomic properties in terms of n, which were later verified from the full quantum mechanical treatment of Schrödinger in 1926 [3]. Table 2.1 summarises the scalings of the atomic ...
... and n understood as the principal quantum number. From the Bohr model it was also possible to derive scaling laws for the atomic properties in terms of n, which were later verified from the full quantum mechanical treatment of Schrödinger in 1926 [3]. Table 2.1 summarises the scalings of the atomic ...
The Fourier grid Hamiltonian method for bound state eigenvalues and eigenfunctions c.
... We consider a single particle of mass m moving in one linear dimension under the influence of a potential V. The nonrelativistic Hamiltonian operator K may be written as a sum of a kinetic energy and a potential energy operator A ...
... We consider a single particle of mass m moving in one linear dimension under the influence of a potential V. The nonrelativistic Hamiltonian operator K may be written as a sum of a kinetic energy and a potential energy operator A ...
Two interacting spin particles - Dipartimento di Matematica e Fisica
... eigenfunctions in the two-body particle basis. This representation is quite natural and corresponds to a well-known procedure in the physics of interacting particles. In our dynamical model the structure of eigenfunctions strongly depends on their energy because in the classical limit for low and hi ...
... eigenfunctions in the two-body particle basis. This representation is quite natural and corresponds to a well-known procedure in the physics of interacting particles. In our dynamical model the structure of eigenfunctions strongly depends on their energy because in the classical limit for low and hi ...