We study classical entanglement for an optical beam with two binary degrees of freedom: polarization and spatial parity; and demonstrate experimentally a measurement of Bell\u27s inequality and show its usefulness as a quantitative tool in classical optical coherence theory. © OSA 2013
We demonstrate a scheme to generate noncoherent and coherent correlations, i.e., a tunable degree of...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
We study classical entanglement for an optical beam with two binary degrees of freedom: polarization...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We experimentally test Bell\u27s inequality using two correlated binary degrees of freedom (DOFs) of...
We experimentally test Bell\u27s inequality using two correlated binary degrees of freedom (DOFs) of...
We demonstrate a scheme to generate noncoherent and coherent correlations, i.e., a tunable degree of...
We demonstrate a scheme to generate noncoherent and coherent correlations, i.e., a tunable degree of...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
We study classical entanglement for an optical beam with two binary degrees of freedom: polarization...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell\u27s inequality for a classical optical beam with...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We demonstrate an experimental measurement of Bell's inequality for a classical optical beam with tw...
We experimentally test Bell\u27s inequality using two correlated binary degrees of freedom (DOFs) of...
We experimentally test Bell\u27s inequality using two correlated binary degrees of freedom (DOFs) of...
We demonstrate a scheme to generate noncoherent and coherent correlations, i.e., a tunable degree of...
We demonstrate a scheme to generate noncoherent and coherent correlations, i.e., a tunable degree of...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
We explore the concepts of coherence and entanglement as they apply to both the classical and quantu...
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