Transverse electric plasmons in bilayer graphene
... Plasmons are self-sustained collective electron excitations which are of great interest both for fundamental physics and potential technological applications. Plasmon is a paradigmatic quantum many-body phenomenon studied in condensed matter physics [1]. Closely related excitations are surface plasm ...
... Plasmons are self-sustained collective electron excitations which are of great interest both for fundamental physics and potential technological applications. Plasmon is a paradigmatic quantum many-body phenomenon studied in condensed matter physics [1]. Closely related excitations are surface plasm ...
Generation of Spin Squeezing in an Ensemble of Cold
... to the capabilities of the experimenter and the apparatus. Any imprecision was attributed to imperfect devices for the measurement. Later on, when the quantumness of objects like photons, electrons, or atoms, was recognized, it became clear that the measurement and the object to be measured could no ...
... to the capabilities of the experimenter and the apparatus. Any imprecision was attributed to imperfect devices for the measurement. Later on, when the quantumness of objects like photons, electrons, or atoms, was recognized, it became clear that the measurement and the object to be measured could no ...
Time Travel and Warp Drives
... future? Is it possible that the past and future are “places” that can be visited, just like other regions of space? If so, how could we do it? ...
... future? Is it possible that the past and future are “places” that can be visited, just like other regions of space? If so, how could we do it? ...
INTRODUCTION 1. “In the beginning when God created the heavens and ... formless void and darkness covered the face of the deep,...
... the direction of the rotation of the earth, and backwards, in the anti-rotation direction. The difference would be used to calculate the relative motion of earth in ether. However, as the measured velocities were the same in both directions, the speed of the earth’s rotation did not affect the speed ...
... the direction of the rotation of the earth, and backwards, in the anti-rotation direction. The difference would be used to calculate the relative motion of earth in ether. However, as the measured velocities were the same in both directions, the speed of the earth’s rotation did not affect the speed ...
Review, Axelrod
... intensity and characteristic decay distance (31). Total internal reflection mayeven occur at the interface between the intermediate layer and the low refractive index medium.Regardless of their refractive indices, intermediate layers cannot thwart total internal reflection at someinterface in the sy ...
... intensity and characteristic decay distance (31). Total internal reflection mayeven occur at the interface between the intermediate layer and the low refractive index medium.Regardless of their refractive indices, intermediate layers cannot thwart total internal reflection at someinterface in the sy ...
Characterization of Collective Spin States in Atomic
... Ultracold atomic ensembles trapped in the evanescent field of tapered nanofibers have emerged as a novel and efficient light-matter interface with promising applications for quantum information science and metrology. With a strong single atom coupling to the fundamental guided mode of the fiber, thi ...
... Ultracold atomic ensembles trapped in the evanescent field of tapered nanofibers have emerged as a novel and efficient light-matter interface with promising applications for quantum information science and metrology. With a strong single atom coupling to the fundamental guided mode of the fiber, thi ...
Course Pack ISP 209L Mystery of the Physical World Lab
... When one performs a measurement on something, the measured value is only known to within the limits of the experimental accuracy, or uncertainty. The value of the uncertainty can depend on various factors such as the quality of the apparatus, the skill of the experimenter, and the number of measurem ...
... When one performs a measurement on something, the measured value is only known to within the limits of the experimental accuracy, or uncertainty. The value of the uncertainty can depend on various factors such as the quality of the apparatus, the skill of the experimenter, and the number of measurem ...
Strong light-matter interactions in heterostructures of atomically thin
... and TaS2, to name a few—are structurally similar but have an array of electronic properties ranging from semiconducting (15) to metallic (16), from charge density waves to superconducting (17), depending on their exact composition, electronic density, geometry, and thickness (18). Besides the tradit ...
... and TaS2, to name a few—are structurally similar but have an array of electronic properties ranging from semiconducting (15) to metallic (16), from charge density waves to superconducting (17), depending on their exact composition, electronic density, geometry, and thickness (18). Besides the tradit ...
Kursat Sendur 2009 Opex2
... beam illuminates a spherical nanoparticle. In a more recent study Mojarad et al. [9] used a radially polarized focused beam to tailor the localized surface plasmon spectra of nanoparticles. The aforementioned studies [3, 4, 5, 6] employ only spherical particles to study the interaction of a focused ...
... beam illuminates a spherical nanoparticle. In a more recent study Mojarad et al. [9] used a radially polarized focused beam to tailor the localized surface plasmon spectra of nanoparticles. The aforementioned studies [3, 4, 5, 6] employ only spherical particles to study the interaction of a focused ...
CfE Advanced Higher Physics Unit 2: Quanta and Waves
... J Thomson) was consistent with experimental data available at the time. But the Rutherford scattering experiments first performed early in the 20th century were not consistent with that model, and required a major rethink. Rutherford interpreted the results of his experiments as evidence that the at ...
... J Thomson) was consistent with experimental data available at the time. But the Rutherford scattering experiments first performed early in the 20th century were not consistent with that model, and required a major rethink. Rutherford interpreted the results of his experiments as evidence that the at ...
Quantum optics and multiple scattering in dielectrics
... only one of two detectors, with equal probability. If the emitted light had been a classical wave, then one would sometimes have measured light in both detectors at the same time. The measurements proved that each single atom emitted only a single particle. Not only the existence of photons but also ...
... only one of two detectors, with equal probability. If the emitted light had been a classical wave, then one would sometimes have measured light in both detectors at the same time. The measurements proved that each single atom emitted only a single particle. Not only the existence of photons but also ...
TEXTBOOK: Hewitt, Paul. (2009). Conceptual Physics. Needham
... A variety of technologies, such as hand tools, measuring instruments, and calculators, should be an integral component of scientific investigations. The use of computers for the collection, analysis, and display of data is also a part of this standard. Mathematics plays an essential role in all aspe ...
... A variety of technologies, such as hand tools, measuring instruments, and calculators, should be an integral component of scientific investigations. The use of computers for the collection, analysis, and display of data is also a part of this standard. Mathematics plays an essential role in all aspe ...
OPTICAL PHENOMENA ASSOCIATED WITH BRAZIL
... in clockwise and anticlockwise directions respectively, as seen by an observer whose eye the light is entering. When light is transmitted through a nonbasal section oblique to the optic axis, again only two waves can propagate with their states of polarization unchanged. These are elliptically polar ...
... in clockwise and anticlockwise directions respectively, as seen by an observer whose eye the light is entering. When light is transmitted through a nonbasal section oblique to the optic axis, again only two waves can propagate with their states of polarization unchanged. These are elliptically polar ...
Open the publication - UEF Electronic Publications
... The success of plasmonics in optical physics is mainly due to the celebrated surface-plasmon polariton (SPP), a hybridized excitation between light and collective charge-density oscillations that typically appear at metal–dielectric interfaces. The seemingly earliest recorded observation associated ...
... The success of plasmonics in optical physics is mainly due to the celebrated surface-plasmon polariton (SPP), a hybridized excitation between light and collective charge-density oscillations that typically appear at metal–dielectric interfaces. The seemingly earliest recorded observation associated ...
Laser and its applications
... bake and forth between the mirrors. In (f) A fraction of the photons incident on the mirror (2) pass out through it. These photons constitute the external laser beam. ...
... bake and forth between the mirrors. In (f) A fraction of the photons incident on the mirror (2) pass out through it. These photons constitute the external laser beam. ...
Total Internal Reflection Fluorescence
... antibodies in solution. The antigen complimentary to the antibody is conjugated to egg albumin and then is physically adsorbed onto a fused silica slide. The excitation light, from a helium cadmium laser, is introduced into the slide via an optical coupling with a trapezoidal shaped prism (Figure 3d ...
... antibodies in solution. The antigen complimentary to the antibody is conjugated to egg albumin and then is physically adsorbed onto a fused silica slide. The excitation light, from a helium cadmium laser, is introduced into the slide via an optical coupling with a trapezoidal shaped prism (Figure 3d ...
Chapter 3: Dielectric Waveguides and Optical Fibers
... telecommunications and information technology revolution. Many of us today take for granted our ability to communicate on demand, much as earlier generations quickly took for granted the availability of electricity. But this dramatic and rapid revolution would simply not be possible but for the deve ...
... telecommunications and information technology revolution. Many of us today take for granted our ability to communicate on demand, much as earlier generations quickly took for granted the availability of electricity. But this dramatic and rapid revolution would simply not be possible but for the deve ...
4 OSCILLATIONS AND WAVES
... Graphing SHM From Topic 2 we know that the gradient of a displacement–time graph gives the velocity and the gradient of the velocity–time graph gives the acceleration at any given time. This remains true for any motion. Let’s look at the displacement graph for a typical SHM. In figure 7 the graph is ...
... Graphing SHM From Topic 2 we know that the gradient of a displacement–time graph gives the velocity and the gradient of the velocity–time graph gives the acceleration at any given time. This remains true for any motion. Let’s look at the displacement graph for a typical SHM. In figure 7 the graph is ...
Quantum computers - Quantum Engineering Group
... quantum computers can be corrected using error-prone resources; that is, they may be made fault-tolerant1 for error probabilities beneath a critical threshold that depends on the computer hardware, the sources of error, and the protocols used for QEC. Realistically, most of the resources used in a f ...
... quantum computers can be corrected using error-prone resources; that is, they may be made fault-tolerant1 for error probabilities beneath a critical threshold that depends on the computer hardware, the sources of error, and the protocols used for QEC. Realistically, most of the resources used in a f ...
New Physics And Technology For Spin-polarized Alkali-metal Atoms
... In the operation of a gas-cell atomic clock, optical pumping and microwave resonance are the two key concepts. The idea of optical pumping was proposed by Alfred Kastler in 1950[7] who won the 1966 Nobel Prize for this work. He pointed out that by using light with appropriate frequency and intensity ...
... In the operation of a gas-cell atomic clock, optical pumping and microwave resonance are the two key concepts. The idea of optical pumping was proposed by Alfred Kastler in 1950[7] who won the 1966 Nobel Prize for this work. He pointed out that by using light with appropriate frequency and intensity ...