Transcode Research THE ART OF PHOTONIC NANO PATTERNING
Recent Transcoding News. Click on image for more details.
“What’s the research plan?” - video Information for investors and collaborators.
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A look at VLSPIVery Large Scale Photonic integration“How might these geometries manipulate light beams or any encoded information? Can computational rules be represented directly as an optically relevant geometry. The optical hardware algorithm.”
Transcode Research Mission Statement“To explore the geometric terrains generated with the Transcendent Form Transcode Algorithm and pattern the coded representations to physical materials, to induce these materials into dynamic states for primary characterization of novel and patentable physical properties and to disseminate these observations to member organisations for commercial exploitation.”
Parameters that control transcodesymetry are revealed.“On rectangular lattice geometries, early transcodes had four global axes of symmetry. Parameters have now been uncovered which control the symmetry planes whilst leaving local cell symmetry intact. This example shows one axis running top to bottom.”
A project milestoneIPrincipal prime exceeds 50“All transcode geometries have a prime number as the main parameter, the principal prime. As the principal gets bigger so do the cell like structures and the spacing between the centre points of cells equals the principal, the geometric wavelength. Indicators are now suggesting that using bigger principals will allow the observation of harmonic symmetries within cells.”
Venturing into multi dimensional transcodes.More dimensions gives richer geometry.“Transcode containers can be of any prime dimensionality. Early indicators suggest richer, more complex geometries can be extracted as planar or volumetric cross sections. Example depicts a small section through a volume of red polymer and patterned using a multi photon lithography process”
Geometric harmonics discovered.Another step towards Optical Hardware AlgorithmsForm following function. The modernist interpretation in industrial design is the shape of an object should be based on its intended function. Complex geometries are needed to create complex functions and geometric harmonics provide this richness of shape.
Appearance of cell structure.A new area of highly ordered transcodes with a modular cell type layout are now becoming visible. These structures are to be given priority for optical characterization experiments to determine if they are potential candidates for Photonic Crystal Cell Libraries, PCCL. Control of symmetry planes is controlled through the transcode input parameters. Samples given here are derived from a prime 109 setting.