A reconfigurable plasmofluidic lens ARTICLE Chenglong Zhao *, Yongmin Liu
... reconfigurability cannot be easily obtained with a solid-state device. It should be noted that, after its generation, the bubble remains in contact with the gold film, resulting in a truncated sphere shape on the metal film. This allows the SPP field to be greatly modulated by the surface bubble. From t ...
... reconfigurability cannot be easily obtained with a solid-state device. It should be noted that, after its generation, the bubble remains in contact with the gold film, resulting in a truncated sphere shape on the metal film. This allows the SPP field to be greatly modulated by the surface bubble. From t ...
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... GaN ~Refs. 2–6! are important to understand, in part, as a result of GaN’s attractiveness as a material for electro-optic devices.7 In this paper we have explored the nonlinear optical properties of GaN and its interfaces. Several secondharmonic generation ~SHG! measurements of GaN ~Refs. 8–12! have ...
... GaN ~Refs. 2–6! are important to understand, in part, as a result of GaN’s attractiveness as a material for electro-optic devices.7 In this paper we have explored the nonlinear optical properties of GaN and its interfaces. Several secondharmonic generation ~SHG! measurements of GaN ~Refs. 8–12! have ...
Achromatic correction of diffractive dispersion in white light SLM
... the phase modulation is crucial. The phase-mostly operation accessible in twisted cells will be excluded from the discussion and only the phase-only modulation implemented with linearly polarized light will be considered. In this case, the action of the SLM can be defined by the function t ∝ exp[iΦ ...
... the phase modulation is crucial. The phase-mostly operation accessible in twisted cells will be excluded from the discussion and only the phase-only modulation implemented with linearly polarized light will be considered. In this case, the action of the SLM can be defined by the function t ∝ exp[iΦ ...
Light manipulation with encoded plasmonic nanostructures Chenglong Zhao , Jiasen Zhang
... metal film can radiatively leak through the film and the substrate, and finally be collected by an oil-immerse lens with high numerical aperture. It allows fast mapping the SPP near-field in the way of far-field detection, compared to other time-consuming scanning techniques, such as near-field scan ...
... metal film can radiatively leak through the film and the substrate, and finally be collected by an oil-immerse lens with high numerical aperture. It allows fast mapping the SPP near-field in the way of far-field detection, compared to other time-consuming scanning techniques, such as near-field scan ...
Chapter 7: Dielectrics
... between them. The battery is then removed. An electrometer, which is essentially a very sensitive voltmeter, is connected across the plates and reads the potential difference V0. The relationship between the charge, the potential, and the capacitance is, of course, C0 = q ...
... between them. The battery is then removed. An electrometer, which is essentially a very sensitive voltmeter, is connected across the plates and reads the potential difference V0. The relationship between the charge, the potential, and the capacitance is, of course, C0 = q ...
How Wonderfully We Stand Upon This World
... scouring the countryside, “searching for some Mineral or Vegitable curiosity ... his mind ever engaged.” All around was God’s handiwork, in plain sight, yet inextricably bound up in mystery. Faraday saw no higher purpose than to study, comprehend, and share with others the subtle plan of nature. Ins ...
... scouring the countryside, “searching for some Mineral or Vegitable curiosity ... his mind ever engaged.” All around was God’s handiwork, in plain sight, yet inextricably bound up in mystery. Faraday saw no higher purpose than to study, comprehend, and share with others the subtle plan of nature. Ins ...
DEVELOPMENT OF HIGH-BRIGHTNESS ELECTRON SOURCES
... approximation. Charlie has a wonderful way of approaching problems, simply. Over the course of many years I shed the fetters of quantitative precision for precision’s sake and developed the ability to very quickly estimate effects in a given situation. This saved me untold days of work in more ways ...
... approximation. Charlie has a wonderful way of approaching problems, simply. Over the course of many years I shed the fetters of quantitative precision for precision’s sake and developed the ability to very quickly estimate effects in a given situation. This saved me untold days of work in more ways ...
Matter wave interferences of potassium molecules and the influence
... superposition of two different interference patterns. One is the Ramsey-Bordé type interference due to a longitudinal displacement of molecular wave packages in the direction of the supersonic beam produced by two pairs of counter propagating laser beams. The second one is pure optical Ramsey fringe ...
... superposition of two different interference patterns. One is the Ramsey-Bordé type interference due to a longitudinal displacement of molecular wave packages in the direction of the supersonic beam produced by two pairs of counter propagating laser beams. The second one is pure optical Ramsey fringe ...
Core Idea PS4 - National Science Teachers Association
... best inefficient and at worst ineffective. Hence, it is important not just to have a science curriculum for the current year but to have one that is designed to build knowledge and deepen understanding progressively across multiple years. This book, then, is about how the NGSS are structured with re ...
... best inefficient and at worst ineffective. Hence, it is important not just to have a science curriculum for the current year but to have one that is designed to build knowledge and deepen understanding progressively across multiple years. This book, then, is about how the NGSS are structured with re ...
Thomas Young (scientist)
Thomas Young (13 June 1773 – 10 May 1829) was an English polymath and physician. Young made notable scientific contributions to the fields of vision, light, solid mechanics, energy, physiology, language, musical harmony, and Egyptology. He ""made a number of original and insightful innovations""in the decipherment of Egyptian hieroglyphs (specifically the Rosetta Stone) before Jean-François Champollion eventually expanded on his work. He was mentioned by, among others, William Herschel, Hermann von Helmholtz, James Clerk Maxwell, and Albert Einstein. Young has been described as ""The Last Man Who Knew Everything"".