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Home > Press > 10G Transcodes reveal complex signature geometries for metamaterial design

Perhaps a future PHz geometric codec! Sapphire base with hard coded algorithm doped into substrate.Active cavity of "in phase" gold on ruby and "contra phase" emerald on silver.
Perhaps a future PHz geometric codec! Sapphire base with hard coded algorithm doped into substrate.Active cavity of "in phase" gold on ruby and "contra phase" emerald on silver.

Abstract:
Transcendent transcoding is a proposed method of designing nonrepresentational metamaterials exhibiting signature geometry.

10G Transcodes reveal complex signature geometries for metamaterial design

UK | Posted on June 3rd, 2013

When nano patterned to physical materials, geometric form determines the function and physical coupling efficiency of the resultant device.

Recent two dimensional 10G transcodes, i.e. planar containers with an order around ten giga points,are showing highly organised structural composition. Larger design renderings are available on the www.transcoderesearch.com gallery.

Transcoding direct to OASIS CAD files suitable for e-beam lithography is under way and samples should be available Q3/Q4 2013.

Contact for ftp setup to download multi GB files.

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For more information, please click here

Contacts:
Stefan Samocciuk

Tel: (44) 1545 580022
Mob: (44) 07957 328050

Copyright © Transcode Research

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Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.

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