Electron spin resonance (ESR) spectroscopy of low
... rubbed with it [10]. The rst known application of magnetism is the compass, introduced by the Chinese, mainly for terrestrial navigation as it took until the end of the 12th century to appear also on ships [11]. Although it was well known that magnets only attract iron and iron rich metals, it was ...
... rubbed with it [10]. The rst known application of magnetism is the compass, introduced by the Chinese, mainly for terrestrial navigation as it took until the end of the 12th century to appear also on ships [11]. Although it was well known that magnets only attract iron and iron rich metals, it was ...
Symbolic computation and solitons of the nonlinear Schro¨dinger
... Remark: (1) When setting C1 = 0, M(z) = 0, the Theorems 1–2 [17] and Theorems 1–2 [18] can be reproduced by our solutions (11) and (12); (2) When setting M(z) = 0, the solutions obtained in [23] can also be recovered by selecting arbitrary functions and arbitrary constants suitably; (3) The solution ...
... Remark: (1) When setting C1 = 0, M(z) = 0, the Theorems 1–2 [17] and Theorems 1–2 [18] can be reproduced by our solutions (11) and (12); (2) When setting M(z) = 0, the solutions obtained in [23] can also be recovered by selecting arbitrary functions and arbitrary constants suitably; (3) The solution ...
96-ws9-reg-temp - School of Physics
... c. Mark on your graph the period and positions of maximum speed, zero speed, maximum acceleration and zero acceleration. d. Do you momentarily stop at any position? e. Some people’s retinas become detached when they bungy jump. When is this most likely to happen? f. Is there a position where the net ...
... c. Mark on your graph the period and positions of maximum speed, zero speed, maximum acceleration and zero acceleration. d. Do you momentarily stop at any position? e. Some people’s retinas become detached when they bungy jump. When is this most likely to happen? f. Is there a position where the net ...
Waves and Optics - School of Physics
... c. Mark on your graph the period and positions of maximum speed, zero speed, maximum acceleration and zero acceleration. d. Do you momentarily stop at any position? e. Some people’s retinas become detached when they bungy jump. When is this most likely to happen? f. Is there a position where the net ...
... c. Mark on your graph the period and positions of maximum speed, zero speed, maximum acceleration and zero acceleration. d. Do you momentarily stop at any position? e. Some people’s retinas become detached when they bungy jump. When is this most likely to happen? f. Is there a position where the net ...
Optical Fuzzy Logic for Low-Power Satellite
... The Fredkin gate (Figure 2) is similar to many other 2 X 2 switches in that the all three inputs, control, X, and Y, are treated as logic inputs. This has been one of the problems that optical logic has faced over the last 45 years. The control, in optical switches, is often of a different type than ...
... The Fredkin gate (Figure 2) is similar to many other 2 X 2 switches in that the all three inputs, control, X, and Y, are treated as logic inputs. This has been one of the problems that optical logic has faced over the last 45 years. The control, in optical switches, is often of a different type than ...
Phys. Rev. Lett. 87, 160405
... We determine the lifetime of the condensate in the optical lattice by measuring the number of condensed atoms after ramping down the lattice potential. The following experimental sequence is used. The lattice is ramped up to its final strength within 40 ms and then the atoms are held for a variable ...
... We determine the lifetime of the condensate in the optical lattice by measuring the number of condensed atoms after ramping down the lattice potential. The following experimental sequence is used. The lattice is ramped up to its final strength within 40 ms and then the atoms are held for a variable ...
thesis
... placed onto a bus common with data modulated on different wavelengths, without interference. This optically modulated data can then be routed to an optical receiver, either on the same chip or a different one. While these components have been demonstrated in the past, one of the key challenges in th ...
... placed onto a bus common with data modulated on different wavelengths, without interference. This optically modulated data can then be routed to an optical receiver, either on the same chip or a different one. While these components have been demonstrated in the past, one of the key challenges in th ...
variable star type designations in vsx
... A pipe character ( | ) between two different types signifies a logical OR; the classification is uncertain and all possible types are indicated. An example of this is ELL|DSCT, where the star may be an ellipsoidal binary system or a DSCT-type pulsating variable with half the given period. A plus cha ...
... A pipe character ( | ) between two different types signifies a logical OR; the classification is uncertain and all possible types are indicated. An example of this is ELL|DSCT, where the star may be an ellipsoidal binary system or a DSCT-type pulsating variable with half the given period. A plus cha ...
Do Solitonlike Self-Similar Waves Exist in Nonlinear Optical Media?
... of 0.01%). Since the bright and dark self-similar waves found in this Letter are stable over a few diffraction lengths, they may still be useful for practical applications. In particular, the solitonlike nature of our self-similar waves hints to the possibility of designing a waveguide soliton ampli ...
... of 0.01%). Since the bright and dark self-similar waves found in this Letter are stable over a few diffraction lengths, they may still be useful for practical applications. In particular, the solitonlike nature of our self-similar waves hints to the possibility of designing a waveguide soliton ampli ...
Deposition and Characterization of Dielectric Distributed Bragg
... The Vertical Cavity Surface Emitting Laser (VCSEL) is a laser well suited for data centre applications due to its low cost, high speeds, good fiber coupling, and low threshold current The current standard wavelength for short-haul is 850 nm, however switching to 980 nm can improve transmission dista ...
... The Vertical Cavity Surface Emitting Laser (VCSEL) is a laser well suited for data centre applications due to its low cost, high speeds, good fiber coupling, and low threshold current The current standard wavelength for short-haul is 850 nm, however switching to 980 nm can improve transmission dista ...
Full-Text PDF
... and is no longer linked to the typical distance between adjacent cells. Many efforts have been made to diminish the size of those resonant inclusions in order to build media that are now described with effective parameters. Indeed, because the spacing between resonators is small compared to the wave ...
... and is no longer linked to the typical distance between adjacent cells. Many efforts have been made to diminish the size of those resonant inclusions in order to build media that are now described with effective parameters. Indeed, because the spacing between resonators is small compared to the wave ...
15. Atmospheric Channel Effects and the Impact on
... 11 km. In reference [4] the maximum cirrus altitude is given with approximately 19 km. The influence of the atmosphere on an optical link from a HAP at 20 km height to a satellite is therefore much smaller than it is for a link from ground station to satellite. Fading: Variations of the received sig ...
... 11 km. In reference [4] the maximum cirrus altitude is given with approximately 19 km. The influence of the atmosphere on an optical link from a HAP at 20 km height to a satellite is therefore much smaller than it is for a link from ground station to satellite. Fading: Variations of the received sig ...
TIE-41 Large Optical Glass Blanks
... During cooling down over this temperature range, one must keep the temperature differences in a large piece of glass as small as possible. Otherwise, this would lead to refractive index in-homogeneities. Glass, in general, is a poor temperature conductor. Therefore in order to keep temperature diffe ...
... During cooling down over this temperature range, one must keep the temperature differences in a large piece of glass as small as possible. Otherwise, this would lead to refractive index in-homogeneities. Glass, in general, is a poor temperature conductor. Therefore in order to keep temperature diffe ...
AN ULTRA-DEEP NEAR-INFRARED SPECTRUM OF
... Several recent studies have shown that about half of the massive galaxies at z ∼ 2 are in a quiescent phase. Moreover, these galaxies are commonly found to be ultra-compact with half-light radii of ∼ 1 kpc. We have obtained a ∼ 29 hr spectrum of a typical quiescent, ultra-dense galaxy at z = 2.1865 ...
... Several recent studies have shown that about half of the massive galaxies at z ∼ 2 are in a quiescent phase. Moreover, these galaxies are commonly found to be ultra-compact with half-light radii of ∼ 1 kpc. We have obtained a ∼ 29 hr spectrum of a typical quiescent, ultra-dense galaxy at z = 2.1865 ...
Ultrahigh-Q toroidal microresonators for cavity quantum
... are confined to the interior dielectric in whispering-gallerytype resonators, the atom can interact only with the evanescent field of the cavity mode. In the following discussion, the atom is assumed to be located near the resonator surface at the location where the electric field strength is larges ...
... are confined to the interior dielectric in whispering-gallerytype resonators, the atom can interact only with the evanescent field of the cavity mode. In the following discussion, the atom is assumed to be located near the resonator surface at the location where the electric field strength is larges ...
pix_get_grating_wavelength Synopsis Syntax Description
... The pix_get_energy() routine can be used to find the energy of the photon instead of the wavelength. ...
... The pix_get_energy() routine can be used to find the energy of the photon instead of the wavelength. ...
Cold interactions between an Yb ion and a Li atom
... respectively. In Eq. (5) the primed and unprimed quantities pertain to the ground- and excited-state potentials, respectively, d(R) is the transition dipole moment from the ground to the excited electronic state, α is the fine-structure constant, and e is the electron charge. The Hönl-London factor ...
... respectively. In Eq. (5) the primed and unprimed quantities pertain to the ground- and excited-state potentials, respectively, d(R) is the transition dipole moment from the ground to the excited electronic state, α is the fine-structure constant, and e is the electron charge. The Hönl-London factor ...
