Orientation dependence in near-field scattering from
... Thus the near-field radiation pattern becomes crucial, because it determines the interaction of the radiation fields of the particles with one another and therefore both the local scattered electric field strength 共important for stereolithography兲 and the far-field electric field distribution 共impor ...
... Thus the near-field radiation pattern becomes crucial, because it determines the interaction of the radiation fields of the particles with one another and therefore both the local scattered electric field strength 共important for stereolithography兲 and the far-field electric field distribution 共impor ...
Document
... The quantum zero-point motion of the vortices influences the spectrum of the electronic quasiparticles, in a manner consistent with LDOS spectrum ...
... The quantum zero-point motion of the vortices influences the spectrum of the electronic quasiparticles, in a manner consistent with LDOS spectrum ...
Theory off chaotic light
... assumed to be propagating in the z direction, the optical cavity then is one dimensional case and the spacing between the wave vector is L – length of cavity ...
... assumed to be propagating in the z direction, the optical cavity then is one dimensional case and the spacing between the wave vector is L – length of cavity ...
ion optical solutions involved in forensic mass spectrometry
... are useful for check points at the border, as well as all those which are investigating crimes and events where firearms were used. ...
... are useful for check points at the border, as well as all those which are investigating crimes and events where firearms were used. ...
The Matter Glitch
... must be up or down, so the first photon had to vibrate firstup or first-down on the surface of space, and all the others followed suit. Now a rotation in space changes its rotation direction as it moves, because clockwise from the back is anti-clockwise from the front (Figure 4.6a)9, but a rotation ...
... must be up or down, so the first photon had to vibrate firstup or first-down on the surface of space, and all the others followed suit. Now a rotation in space changes its rotation direction as it moves, because clockwise from the back is anti-clockwise from the front (Figure 4.6a)9, but a rotation ...
The Matter Glitch
... must be up or down, so the first photon had to vibrate firstup or first-down on the surface of space, and all the others followed suit. Now a rotation in space changes its rotation direction as it moves, because clockwise from the back is anti-clockwise from the front (Figure 4.6a)9, but a rotation ...
... must be up or down, so the first photon had to vibrate firstup or first-down on the surface of space, and all the others followed suit. Now a rotation in space changes its rotation direction as it moves, because clockwise from the back is anti-clockwise from the front (Figure 4.6a)9, but a rotation ...
boltzmann`s entropy and time`s arrow
... when this ratio is finite but very large; it is, however, clearly impossible when the system contains only one or a few particles. I use this example, despite its highly idealized nature, because here all the mathematical i's have been dotted. The Lorentz gas shows ipso facto, in a way that should c ...
... when this ratio is finite but very large; it is, however, clearly impossible when the system contains only one or a few particles. I use this example, despite its highly idealized nature, because here all the mathematical i's have been dotted. The Lorentz gas shows ipso facto, in a way that should c ...
1. Borges
... brain through the different senses and functions of our body. From this point there arose the difficulties faced by those who wanted to define reality´s intimate nature, since whatever the method used to detect it, it is always about interactions, that depend not only on the interacting local elemen ...
... brain through the different senses and functions of our body. From this point there arose the difficulties faced by those who wanted to define reality´s intimate nature, since whatever the method used to detect it, it is always about interactions, that depend not only on the interacting local elemen ...
Functional-Integral Representation of Quantum Field Theory {functint
... in many textbooks [1,2]. Functional integrals were first introduced in ordinary quantum mechanics by R.P. Feynman [3], who used them to express physical amplitudes without employing operators. The uncertainty relation that can be expressed by an equal-time commutation relation [x(t), p(t)] = ih̄ bet ...
... in many textbooks [1,2]. Functional integrals were first introduced in ordinary quantum mechanics by R.P. Feynman [3], who used them to express physical amplitudes without employing operators. The uncertainty relation that can be expressed by an equal-time commutation relation [x(t), p(t)] = ih̄ bet ...
