Green's Function Formalism of Holography with Arbitrary Mass, Spin, and Dimensionality
In this work we present a mathematical description of how one can produce and read a thin hologram. We use different kinds of waves, such as scalar, vector (electromagnetic field, Maxwell-Proca fields, acoustic waves, etc.). For reading of the hologram, we use the Green's function formalism. Wi...
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| creator | Batiz, Zoltan Chauhan, Bhag C |
| description | In this work we present a mathematical description of how one can produce and
read a thin hologram. We use different kinds of waves, such as scalar, vector
(electromagnetic field, Maxwell-Proca fields, acoustic waves, etc.). For
reading of the hologram, we use the Green's function formalism. With the help
of computer simulations, we investigate the aberrations created by this
procedure for the simplest case: 2d-scalar wave case. |
| doi_str_mv | 10.48550/arxiv.1109.4996 |
| format | Article |
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read a thin hologram. We use different kinds of waves, such as scalar, vector
(electromagnetic field, Maxwell-Proca fields, acoustic waves, etc.). For
reading of the hologram, we use the Green's function formalism. With the help
of computer simulations, we investigate the aberrations created by this
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read a thin hologram. We use different kinds of waves, such as scalar, vector
(electromagnetic field, Maxwell-Proca fields, acoustic waves, etc.). For
reading of the hologram, we use the Green's function formalism. With the help
of computer simulations, we investigate the aberrations created by this
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read a thin hologram. We use different kinds of waves, such as scalar, vector
(electromagnetic field, Maxwell-Proca fields, acoustic waves, etc.). For
reading of the hologram, we use the Green's function formalism. With the help
of computer simulations, we investigate the aberrations created by this
procedure for the simplest case: 2d-scalar wave case.</abstract><doi>10.48550/arxiv.1109.4996</doi><oa>free_for_read</oa></addata></record> |
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| subjects | Physics - Optics Physics - Quantum Physics |
| title | Green's Function Formalism of Holography with Arbitrary Mass, Spin, and Dimensionality |
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