![]() Relations of our states with quantum groups and quantum calculus are discussed. More features: 8 shapes: ‘circle’, drop, ‘heart’, ‘oval’, ‘square’, ‘star’, ‘triangle’ or ‘wave’. Image - Kaleidoscope Main Image Image of Kaleidoscope at night time Image of Kaleidoscope during day time. In my app it uses the Base64 extension (), it converts an image to Base64 and through the WebViewer.WebViewString block it passes string Base64 to. We show that these states can be generated for an arbitrary n by the Quantum Fourier transform and can provide in general, qudit unit of quantum information. ak-kaleidoscope is a tiny yet customizable particle plugin to create an interactive, animated particle background that responds to mouse move events. It uses two images (one is a mirror of the other) converted to Base64 and through a JavaScript algorithm it manages to translate and rotate them to obtain a kaleidoscope effect. The 5-way, 7-way, and 11-way buttons on the upper left will change the mirror aperture from wide to narrow. Normalization formula for these states requires introduction of specific combinations of exponential functions with mod 3 and mod 4 symmetry, which are known also as generalized hyperbolic functions. Click and drag the mouse to reposition the image. First we treat in detail the trinity states and the quartet states as descriptive for qutrit and ququat units of quantum information. ![]() This quantum kaleidoscope is motivated by our method of classical hydrodynamics images in a wedge domain, described by q-calculus of analytic functions with q as a primitive root of unity. The Schrödinger cat states, constructed from Glauber coherent states and applied for description of qubits are generalized to the kaleidoscope of coherent states, related with regular n-polygon symmetry and the roots of unity. A common one is to have an object cell with. Hybrid - This is simply a combination of two of the about. The images are dramatically different from other kaleidoscopic images in both color and shape and appear almost 3-dimentional. ![]() Kaleidoscope of classical vortex images and quantum coherent states Other light rays are refracted or angled though the filters and are seen as various colors depending on the angles. ![]()
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