The tensor describing this configuration relies on the five spherical harmonics for whom L is equal to two. In the CMB, an anisotropy of this type has poles ninety degrees apart, and the linear polarization of the CMB is a projection of this anisotropy at recombination. For a collection of masses, this configuration is described as M times the quantity 3 times x sub i times x sub j minus the Krone
The tensor describing this configuration relies on the five spherical harmonics for whom L is equal to two. In the CMB, an anisotropy of this type has poles ninety degrees apart, and the linear polarization of the CMB is a projection of this anisotropy at recombination. For a collection of masses, this configuration is described as M times the quantity 3 times x sub i times x sub j minus the Kronecker delta of i and j. The lowest order gravitational waves would be of this type, and an oscillating one of these radiates power proportional to the sixth power of the frequency. The Hill differential equation is used to model a mass analyzer that uses this configuration, and Wolfgang Paul developed a three-dimensional ion trap with this configuration. In a particle accelerator, particle beams are focused using a group of magnets in this configuration, and the potential of one of these falls off as the third power of the concentration. For 10 points, identify this configuration exemplified by the second term of the multipole expansion or a collection of two plus and two minus charges.
The tensor describing this configuration relies on the five spherical harmonics for whom L is equal to two.