A novel mechanism is proposed for the generation of self-similar structure over a limited range of length scales. Our mechanism, which we call the monitor-outside-a-monitor effect, comprises repeated magnification and addition of small-scale structure. We invoke this mechanism to explain recent observations of fractal structure in the eigenmodes of unstable optical resonators
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...
We report on research concerning spontaneous spatial fractal pattern formation in passive nonlinear ...
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
It was recently shown that intensity cross-sections through the eigenmodes of canonical unstable res...
It was recently shown that intensity cross-sections through the eigenmodes of canonical unstable res...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
Unstable canonical resonators can possess eigenmodes with a fractal intensity structure [Karman et a...
Mathematical self-similar fractals manifest identical replicated patterns at every scale. Recently, ...
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...
We report on research concerning spontaneous spatial fractal pattern formation in passive nonlinear ...
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
One of the simplest optical systems, consisting of two mirrors facing each other to form a resonator...
It was recently shown that intensity cross-sections through the eigenmodes of canonical unstable res...
It was recently shown that intensity cross-sections through the eigenmodes of canonical unstable res...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
The modes of unstable optical resonators possess fractal character. In this paper, the fundamental ...
Unstable canonical resonators can possess eigenmodes with a fractal intensity structure [Karman et a...
Mathematical self-similar fractals manifest identical replicated patterns at every scale. Recently, ...
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...
We report on research concerning spontaneous spatial fractal pattern formation in passive nonlinear ...
Fractals, complex shapes with structure at multiple scales, have long been observed in Nature: as sy...