A Curved Double Slit Producing One-Curved-Interference-Pattern near Double Slit and Two-Curved-Interference-Patterns of Point-Symmetry near Detector in Same Experiment
The interference and the diffraction are two basic phenomena in physical optics. It has been shown that: in the experiment of a double slit, the patterns depend on the shape of the double slit, e.g., a non-parallel double slit produces the hybrid pattern, the interference pattern embedded in the diffraction pattern; a curved double slit producing Two-Curved-Interference-Patterns of Point-Symmetry. In this paper, we show for the first time the pattern evolution of a curved double slit experiment: near the curved double slit, the pattern is Pre-Particle pattern (at L = 10 mm), then evolve sequentially to Particle pattern (at L = 60 mm), to Transition pattern-1 (at L = 130 mm), to One-curved-interference-pattern (at L = 200 mm), to Transition pattern-2 (at L = 400 mm), and finally, to Two-curved-interference-pattern (at L = 900 mm) which has the point symmetry. We interpret One-curved-interference-pattern (at L = 200 mm) in Section 3. It is challenge to interpret Two-curved-interference-pattern (at L = 900 mm) which have the point symmetry, and to interpret pattern evolution.
The interference and the diffraction are two basic phenomena in physical optics. It has been shown that: in the experiment of a double slit, the patterns depend on the shape of the double slit, e.g., a non-parallel double slit produces the hybrid pattern, the interference pattern embedded in the diffraction pattern; a curved double slit producing Two-Curved-Interference-Patterns of Point-Symmetry. In this paper, we show for the first time the pattern evolution of a curved double slit experiment: near the curved double slit, the pattern is Pre-Particle pattern (at L = 10 mm), then evolve sequentially to Particle pattern (at L = 60 mm), to Transition pattern-1 (at L = 130 mm), to One-curved-interference-pattern (at L = 200 mm), to Transition pattern-2 (at L = 400 mm), and finally, to Two-curved-interference-pattern (at L = 900 mm) which has the point symmetry. We interpret One-curved-interference-pattern (at L = 200 mm) in Section 3. It is challenge to interpret Two-curved-interference-pattern (at L = 900 mm) which have the point symmetry, and to interpret pattern evolution.
The interference and the diffraction are two basic phenomena in physical optics. It has been shown that: in the experiment of a double slit, the patterns depend on the shape of the double slit, e.g., a non-parallel double slit produces the hybrid pattern, the interference pattern embedded in the diffraction pattern; a curved double slit produces Point-Symmetry-Interference-Patterns. In this paper, we show for the first time the pattern evolution of a curved double slit experiment: near the curved double slit, the pattern is Pre-Particle pattern (at L = 10 mm), then evolve sequentially to Particle pattern (at L = 60 mm), to Transition pattern-1 (at L = 130 mm), to Arc-interference-pattern (at L = 200 mm), to Transition pattern-2 (at L = 400 mm), and finally, to Point-Symmetry-interference-pattern (at L = 900 mm) which has the point symmetry. We interpret Arc-interference-pattern (at L = 200 mm) in Section 3, and show the curvature dependence of Point-symmetry interference patterns. It is challenge to interpret Point-Symmetry-interference-pattern (at L = 900 mm), and to interpret pattern evolution.
The interference and the diffraction are two basic phenomena in physical optics. It has been shown that: in the experiment of a double slit, the patterns depend on the shape of the double slit, e.g., a non-parallel double slit produces the hybrid pattern, the interference pattern embedded in the diffraction pattern; a curved double slit produces Point-Symmetry-Interference-Patterns. In this paper, we show for the first time the pattern evolution of a curved double slit experiment: near the curved double slit, the pattern is Pre-Particle pattern (at L = 10 mm), then evolve sequentially to Particle pattern (at L = 60 mm), to Transition pattern-1 (at L = 130 mm), to Arc-interference-pattern (at L = 200 mm), to Transition pattern-2 (at L = 400 mm), and finally, to Point-Symmetry-interference-pattern (at L = 900 mm) which has the point symmetry. We interpret Arc-interference-pattern (at L = 200 mm) in Section 3, and show the curvature dependence of Point-symmetry interference patterns. It is challenge to interpret Point-Symmetry-interference-pattern (at L = 900 mm), and to interpret pattern evolution.
The interference and the diffraction are two basic phenomena in physical optics. It has been shown that: in the experiment of a double slit, the patterns depend on the shape of the double slit, e.g., a non-parallel double slit produces the hybrid pattern, the interference pattern embedded in the diffraction pattern; a curved double slit produces Point-Symmetry-Interference-Patterns. In Section 2, we show the pattern evolution of a curved-double slit experiment: near the curved double slit, the pattern is Pre-Particle pattern (at L = 10 mm), then evolve sequentially to Particle pattern (at L = 60 mm), to Transition pattern-1
The double slit experiment is one of basic experiments in Physical optics, where two slit are parallel. Recently, Non-parallel double slit experiments have been performed, we observe the hybrid patterns, the partial interference pattern embedded in diffraction patterns. Furthermore, Curved double slit experiments have been performed, we observe Arc-shape interference patterns and Point-symmetry interference patterns. In this article, we study Non-Parallel Curved Double Slit, and observed Butterfly-shape interference patterns.
The double slit experiment is one of basic experiments in Physical optics, where two slit are parallel. Recently, Non-parallel double slit experiments have been performed, we observe the hybrid patterns, the partial interference pattern embedded in diffraction patterns. Furthermore, Curved double slit experiments have been performed, we observe Arc-shape interference patterns and Point-symmetry interference patterns. In this article, we study Non-Parallel Curved Double Slit, and observed Butterfly-shape interference patterns.
The double slit experiment is one of basic experiments in Physical optics, where two slit are parallel. Recently, Non-parallel double slit experiments have been performed, we observe the hybrid patterns, the partial interference pattern embedded in diffraction patterns. Furthermore, Curved double slit experiments have been performed, we observe Arc-shape interference patterns and Point-symmetry interference patterns. In this article, we study Non-Parallel Curved Double Slit, and observe Butterfly-shape interference patterns.