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2020
The aim of this chapter is to cover the basic principles of holographic sensing and the type of sensors that have been developed during the past two decades. The book chapter analyzes and compares different holographic sensor platforms. Methods for fabrication of holographic sensors and different methods for their functionalization are presented.
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The aim of this chapter is to cover the basic principles of holographic sensing and the type of sensors that have been developed during the past two decades. The book chapter analyzes and compares different holographic sensor platforms. Methods for fabrication of holographic sensors and different methods for their functionalization are presented.
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Applied Optics, 1971
A holographic technique by which two dissimilar optical fields can be subtracted to yield only their difference is presented. The principle underlying this technique is that of optical interference between a holographically reconstructed field and a direct real-time one. Experimental verification is presented for the three cases of image-plane, fourier-
K, Bromley +3 more
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A holographic technique by which two dissimilar optical fields can be subtracted to yield only their difference is presented. The principle underlying this technique is that of optical interference between a holographically reconstructed field and a direct real-time one. Experimental verification is presented for the three cases of image-plane, fourier-
K, Bromley +3 more
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Holographic surface and holographic integral
2019Holographic surface and holographic ...
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Holographic surface and holographic factor
2019Holographic surface and holographic ...
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Holographic surface and holographic time
2019Holographic surface and holographic ...
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Optics Letters, 2002
We propose a new kind of an optical spatial soliton: the holographic soliton. This soliton consists of two mutually coherent field components that interfere, induce a periodic change in the refractive index, and simultaneously are Bragg diffracted from the grating.
Oren, Cohen +3 more
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We propose a new kind of an optical spatial soliton: the holographic soliton. This soliton consists of two mutually coherent field components that interfere, induce a periodic change in the refractive index, and simultaneously are Bragg diffracted from the grating.
Oren, Cohen +3 more
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Holographic focusing and holographic flow
2021Holographic focusing and holographic ...
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SIAM Journal on Computing, 2008
Complexity theory is built fundamentally on the notion of efficient reduction among computational problems. Classical reductions involve gadgets that map solution fragments of one problem to solution fragments of another in one-to-one, or possibly one-to-many, fashion.
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Complexity theory is built fundamentally on the notion of efficient reduction among computational problems. Classical reductions involve gadgets that map solution fragments of one problem to solution fragments of another in one-to-one, or possibly one-to-many, fashion.
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2005
Holographic circuits are defined here to be circuits in which information is represented as linear superpositions. Holographic circuits when suitably formulated can be emulated on classical computers in polynomial time. The questions we investigate are those of characterizing the complexity classes of computations that can be expressed by holographic ...
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Holographic circuits are defined here to be circuits in which information is represented as linear superpositions. Holographic circuits when suitably formulated can be emulated on classical computers in polynomial time. The questions we investigate are those of characterizing the complexity classes of computations that can be expressed by holographic ...
openaire +1 more source