Momentum Transfer to a Free Floating Double Slit
... Quantum mechanics poses a major challenge to our intuition which is trained in the macrocosm to the laws of classical physics. Among all the quantum phenomena, the double-slit interference is ‘‘a phenomenon which is impossible (. . .) to explain in any classical way, and which has in it the heart of ...
... Quantum mechanics poses a major challenge to our intuition which is trained in the macrocosm to the laws of classical physics. Among all the quantum phenomena, the double-slit interference is ‘‘a phenomenon which is impossible (. . .) to explain in any classical way, and which has in it the heart of ...
`Bound` states of an electron in the far
... with a (2l + 1)-fold degeneracy resulting from the spherical symmetry. A quantum condition similar to equation (25) would then arise from the radial equation with E = 0. ...
... with a (2l + 1)-fold degeneracy resulting from the spherical symmetry. A quantum condition similar to equation (25) would then arise from the radial equation with E = 0. ...
Line shapes - Center for Ultracold Atoms
... The SOF technique is based on an interference between the excitations produced at two separated fields - thus it is sensitive to the phase difference (coherence) of the oscillating fields. The method is most easily understood by consideration of the classical spin undergoing magnetic resonance in SO ...
... The SOF technique is based on an interference between the excitations produced at two separated fields - thus it is sensitive to the phase difference (coherence) of the oscillating fields. The method is most easily understood by consideration of the classical spin undergoing magnetic resonance in SO ...
Spin-current and other unusual phases in magnetized triangular lattice antiferromagnets
... 1#4, 1#2, and 3#4, and the overall shape of the magnetization curve is not in agreement with experiments. A closely related physical picture is obtained by describing the magnetized triplets by hard-core bosons [15]. Then the repulsion may favor charge-density wave states that are among the known in ...
... 1#4, 1#2, and 3#4, and the overall shape of the magnetization curve is not in agreement with experiments. A closely related physical picture is obtained by describing the magnetized triplets by hard-core bosons [15]. Then the repulsion may favor charge-density wave states that are among the known in ...
Steady-state quantum interference in resonance
... will occur in the total fluorescence, but only in certain polarisations. On the other hand, if the excited states are Rydberg states with different principal quantum numbers, it is possible for their J and mJ values to be equal, thereby allowing quantum interference to affect the total fluorescence. ...
... will occur in the total fluorescence, but only in certain polarisations. On the other hand, if the excited states are Rydberg states with different principal quantum numbers, it is possible for their J and mJ values to be equal, thereby allowing quantum interference to affect the total fluorescence. ...
Kondo, Fano and Dicke effects in side quantum dots
... We have studied the transport through a side-coupled double quantum-dot molecule using the finite-U slave boson mean field approach. The transmission spectrum shows a structure with two antiresonances localized at the bonding and antibonding renormalized energies of the quantum-dot molecule, and one ...
... We have studied the transport through a side-coupled double quantum-dot molecule using the finite-U slave boson mean field approach. The transmission spectrum shows a structure with two antiresonances localized at the bonding and antibonding renormalized energies of the quantum-dot molecule, and one ...
NMR_1
... a characteristic frequency, To observe resonance, all we have to do is irradiate them with electromagnetic radiation of the appropriate frequency. •It’s easy to understand that different nucleus “type” will give different NMR signal. (remember v =w/2= B0/2 ? Thus, different cause different v !! ...
... a characteristic frequency, To observe resonance, all we have to do is irradiate them with electromagnetic radiation of the appropriate frequency. •It’s easy to understand that different nucleus “type” will give different NMR signal. (remember v =w/2= B0/2 ? Thus, different cause different v !! ...
Quantum critical point and spin fluctuations in the lower
... Fe2+ ions can dramatically alter the physical and chemical properties of (Mg,Fe)O in the deep mantle, thereby changing our understanding of the Earth’s deep interior. To establish a fundamental understanding of the ground electronic state of iron, the electronic and magnetic states of Fe2+ in (Mg0.7 ...
... Fe2+ ions can dramatically alter the physical and chemical properties of (Mg,Fe)O in the deep mantle, thereby changing our understanding of the Earth’s deep interior. To establish a fundamental understanding of the ground electronic state of iron, the electronic and magnetic states of Fe2+ in (Mg0.7 ...
Motion of charged particles in magnetic fields created by symmetric
... ∂φ . r2 It is clear that this vector field has the symmetries S1 = ∂z (translation) and S2 = ∂φ (rotation), and hence the integral curves of BR are circles around the z-axis. We are interested in the motion of a unit-charge, unit-mass particle subjected to the magnetic field BR . The interest of thi ...
... ∂φ . r2 It is clear that this vector field has the symmetries S1 = ∂z (translation) and S2 = ∂φ (rotation), and hence the integral curves of BR are circles around the z-axis. We are interested in the motion of a unit-charge, unit-mass particle subjected to the magnetic field BR . The interest of thi ...
