FET partner search: Brain Communications Memory Protocol

PROJECT OVERVIEW

PS ID: PS-ZA-96999
Status: Open
Date of last Modification: 15/06/2015
Date of Publication: 15/06/2015
Call Identifier: H2020-FETOPEN-2014/2015
Topic: FETOPEN 1 – 2014/2015: FET-Open research projects
Type of Action: Research & Innovation Actions
Evaluation Scheme: One stage
Closure Date: 29/09/2015



The human brain communicates via neuron paths and electrical activity creates brain waves between neurons. Waves can be studied via EEG techniques. Waves follow distinct patterns.Different brain waves are used for different functions. De-coding of a brain wave enabled the development of a brain protocol for memory and communication purposes.

PROJECT DESCRIPTION

Proposal Outline: 
Research is being conducted in order to en and de-code the human brain's ability to receive, send and process information from senses. Preliminary research indicates that it is possible to simulate the brain's ability to create waves for specific activities and to develop a brain protocol that can be used for human memory reading and writing purposes, as well as communication purposes. The impact would be exponential when the protocol has been completely developed due to the fact it would become possible to transform information directly into the brain's natural wave form to store in memory. From a medical point of view, memory can be preserved where patients starts with Alzheimers, the effect would be to move memory to areas unaffected, thereby helping people cope better.
 
Keywords: 


PARTNER PROFILE SOUGHT

Required skills and Expertise: 
Support from an organzaition to submit a proposal to H2020 for funding to take research further. Lab equipment and intense research is required in order to build a Brain protocol and de-code the brain's ability to process information received from external sources and senses.
 
Description of work to be carried out by the partner(s) sought: 
Funding and support required especially during setup stages to progress with research. Resources as well as specialised skills would support a breakthrough team to participate in the development of such a protocol.
 
Type of partner(s) sought: 
Research companies, neuroscience companies, R&D companies, Medical research companies, futuristic thinking innovation institutes and companies that want to develop ground breaking research with very high impact. Government support.
 
Looking for a Coordinator for your proposal: 
No


Location

PROPOSER INFORMATION
Organisation: UNISA
Department: Computer Science and Engineering
Type of Organisation:
University
Country:
South Africa

 

Pillar: