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EVOBLISS

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Primary Menu Skip to content
 * Home
 * Project
   * Overview
   * Objectives
   * Liquid handling robot
   * Artificial chemical life
   * Microbial Fuel Cells
   * Biofilm Structures
 * Consortium
   * IT University of Copenhagen
   * Karlsruhe Institute of Technology
   * University of Glasgow
   * University of the West of England
   * University of Trento
 * Publications
 * Events
   * 4th Review Meeting
   * 8th Consortium Meeting
   * 2017 Triple Autumn School
   * 7th Consortium Meeting
   * 3rd Review Meeting
   * 6th Consortium Meeting
   * 5th Consortium Meeting
   * 4th Consortium Meeting
   * 1st Review Meeting
   * 3rd Consortium Meeting
   * 2nd Consortium Meeting
   * ALIFE 2014 Workshop
   * Kick-off meeting
 * Internal
 * Media
 * Contact

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The EVOBLISS project is part of the cluster of projects funded by the E.C.’s
Future and Emergent technologies proactive on evolving living technologies
(EVLIT). The challenges addressed by this call is to explore the potential of
the computational and self-adapting properties of living organisms for future
ICT technology because these properties of living organisms are superior to what
can be found in today’s ICT technology.  In the EVOBLISS project the focus is to
take a radical step forward in exploiting living organisms for the purpose of
energy production by advancing the state-of-the-art of underlying technologies
of microbial fuel cells. An overview of the objectives of EVOBLISS and the
relationship between them can be found in in Figure 1. A more detailed
description of the objectives can be found here.

Figure 1 – An illustrative overview of the objectives of the EVOBLISS project.
At the top the developed EvoBot lab automation platform is shown. This platform
was to automate experiments related to the topics of artificial chemical life,
composition of carbon-energy sources for microbial fuel cells, and the materials
composition of microbial fuel cells (illustrated in the second row). The
usefulness of the results from this work was to be evaluated in microbial fuel
cells using power output as a metric together with visualizing the biofilm
inside microbial fuel cells using advanced imaging techniques (illustrated in
the third row). A final objective was to evaluate the improvements made to
microbial fuel cells by powering the EcoBot with the new microbial fuel cells
and compare to earlier iterations.

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NEWS

 * End of project March 16, 2018
 * Technical Review Meeting 14-15 March, 2018, Brussels March 6, 2018
 * EvoBot presented at 12th Advanced Biofilm Course October 20, 2017
 * Triple Autumn School, Copenhagen October 6, 2017
 * 8th Consortium Meeting, Copenhagen September 6, 2017
 * Best Biology Paper Award at Living Machines conference August 29, 2017
 * Invitation to 2017 Triple Autumn School May 3, 2017
 * 7th Consortium Meeting, Glasgow March 3, 2017
 * Technical Review Meeting 3-4 October, 2016, Brussels September 23, 2016
 * Best poster award at ALIFE 2016 conference July 26, 2016
 * Martin as invited speaker at TIPP July 23, 2016
 * Biofilms Award for Florian June 28, 2016
 * ALIFE conference starts in 10 days June 23, 2016
 * Pavlina in 3MT competition May 30, 2016
 * From urine…to electricity May 25, 2016
 * Pint of Science in Trento May 25, 2016
 * 5th Consortium Meeting May 2, 2016
 * The robots are taking over Copenhagen! March 11, 2016
 * Evobot at University of Chemistry and Technology Prague February 1, 2016
 * European Science Photo Competition 2015 December 2, 2015


TECHNOLOGICAL EVOLUTION OF SYNERGY BETWEEN PHYSICOCHEMICAL AND LIVING SYSTEMS

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