Dynamics of Classical Wave Scattering by Small Obstacles
... particle waves are governed by the Schrödinger equation which is first order in ≠兾≠t. Scalar classical waves at a fixed frequency v are thus equivalent to a particle wave at energy E ⬃ v 2 . The analogies between the classical and quantum problems indeed lead to many cross fertilizations since solut ...
... particle waves are governed by the Schrödinger equation which is first order in ≠兾≠t. Scalar classical waves at a fixed frequency v are thus equivalent to a particle wave at energy E ⬃ v 2 . The analogies between the classical and quantum problems indeed lead to many cross fertilizations since solut ...
Coherent Excitation-Selective Spectroscopy of Multipole Resonances
... electric dipole from the electric quadrupole. However, it cannot separate the magnetic dipole from the electric quadrupole since they simultaneously reach zero at the B node. Here, we shall note that the interference of multiple waves can, in principle, create any value of magnitude and gradient of ...
... electric dipole from the electric quadrupole. However, it cannot separate the magnetic dipole from the electric quadrupole since they simultaneously reach zero at the B node. Here, we shall note that the interference of multiple waves can, in principle, create any value of magnitude and gradient of ...
Strongly coupled gauge theory - CLASSE Cornell
... broken due to mass term of fermions. But the introducing of the opposite vacuum solution will restore the symmetry, in other words, making the Yukawa couplings term chiral invariant again. Thus the chiral invariant vacuum state of fermions are a Z2 degenerate vacuum, with φ and −φ corresponding to t ...
... broken due to mass term of fermions. But the introducing of the opposite vacuum solution will restore the symmetry, in other words, making the Yukawa couplings term chiral invariant again. Thus the chiral invariant vacuum state of fermions are a Z2 degenerate vacuum, with φ and −φ corresponding to t ...
Soft Physics - PhysicsGirl.com
... The net de-synchronization is related to the subleading soft graviton factor. For a stationary metric satisfying the the vacuum Einstein equations, it would be the time integral of the curl of the twist, which would be zero. In a scattering process with gravitational radiation, however, one can R us ...
... The net de-synchronization is related to the subleading soft graviton factor. For a stationary metric satisfying the the vacuum Einstein equations, it would be the time integral of the curl of the twist, which would be zero. In a scattering process with gravitational radiation, however, one can R us ...
Laser Cosmology
... jet can carry with it electro-static fields along the axis and the ‘battery circuit’ is closed via the return current along the equatorial plane. It was shown that this induction acceleration could provide the required energetics of UHECR. Plasma wakefield acceleration mechanisms driven by lasers [1 ...
... jet can carry with it electro-static fields along the axis and the ‘battery circuit’ is closed via the return current along the equatorial plane. It was shown that this induction acceleration could provide the required energetics of UHECR. Plasma wakefield acceleration mechanisms driven by lasers [1 ...
electric field
... large plane uniformly charged. In the next chapter we will see that the electric field generated by such a plane has the form shown in fig. b. 1. The electric field on either side of the plane has a constant magnitude. 2. The electric field vector is perpendicular to the charge plane. 3. The electri ...
... large plane uniformly charged. In the next chapter we will see that the electric field generated by such a plane has the form shown in fig. b. 1. The electric field on either side of the plane has a constant magnitude. 2. The electric field vector is perpendicular to the charge plane. 3. The electri ...
