&lt;title&gt;Laser fabrication of optical microspheres&lt;/title&gt;

Kieu, Q. K.; Veiko, Vadim P.

doi:10.1117/12.552791

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Physical Implementation and Simulations On Classical Computers1

Introduction1

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2019

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Cited by 2 publications

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“…Then how does probability come into such simulations? It comes in under the necessary extrapolation of the simulation time steps to zero sizes, which is essentially probabilistic 24 . The probability measures here are different from those in the physical implementation but, on the other hand, we do not have the above problem associated with the integer parameters in our Hamiltonians.…”

Section: Physical Implementation and Simulations On Classical Computersmentioning

confidence: 99%

An Anatomy of a Quantum Adiabatic Algorithm That Transcends the Turing Computability

Kieu

2005

Int. J. Quantum Inform.

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Section: Physical Implementation and Simulations On Classical Computersmentioning

confidence: 99%

An Anatomy of a Quantum Adiabatic Algorithm That Transcends the Turing Computability

Kieu

2005

Int. J. Quantum Inform.

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“…The production of this can be achieved by means of lasers and electric arcs [1][2][3][4]. Their fabrication consists in heating a portion of fiber, which, when molten, results in a structural repositioning leading to the spherical shape.…”

Section: Introductionmentioning

confidence: 99%

Fiber Microsphere Coupled in a Taper for a Large Curvature Range

Robalinho

Frazão

2019

Fibers

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This work consists of using an optical fiber microsphere as a sensor for a wide range of curvature radii. The microsphere was manufactured in a standard fiber with an electric arc. In order to maximize system efficiency, the microsphere was spliced in the center of a taper. This work revealed that the variations of the wavelength where the maxima and minima of the spectrum are located varies linearly with the curvature of the system with a maximum sensitive of 580 ± 20 (pm km). This is because the direction of the input beam in the microsphere depends on the system curvature, giving rise to interferometric variations within the microsphere.

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<title>Laser fabrication of optical microspheres</title>

Cited by 2 publications

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An Anatomy of a Quantum Adiabatic Algorithm That Transcends the Turing Computability

An Anatomy of a Quantum Adiabatic Algorithm That Transcends the Turing Computability

Fiber Microsphere Coupled in a Taper for a Large Curvature Range

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