University of Bristol

Université Libre De Bruxelles

Noah Linden

Serge Alexandre Massar

Jordan Michael Fletcher

Sandu Popescu

Dek Woolfson

Paula Booth

Richard Sessions

Nicholas Robert Gisin

Jordan Fletcher

This invention relates to protein structures, to methods of producing those protein structures, and to peptides used in the formation of the protein structures.

Self-assembling peptide cages from coiled-coil peptide modules

A method and system for handling information in a noisy environment in the form of at least one information carrying mode is disclosed. A plurality of encoded modes are generated by linear transformation of the information carrying mode, said encoded modes being provided on respective independent channels. The encoded modes are linearly combined to generate at least one decoded mode. A set of receiver channels is provided for receiving the decoded mode wherein one of said set of receiver channels is designated as a useful channel, and a useful signal is supplied as the decoded mode if it is received on the useful channel an discarded if it is received on the other receiver channels of the set, wherein the useful signal represents said information substantially uncorrupted by noise. The technique is applicable to quantum, classical or mesoscopic environments. The invention also provides a method and system for generating correlated states using a similar filtration technique. The invention is particularly useful when applied to data communications or data storage.

Handling information in a noisy environment

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Bristol, United Kingdom

Noah Linden