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TTN – WP2: Status of the TTN Website. December 9 , 2010. H.Hillemanns. TTN - WP2: Approach. TTN – WP2 : History. Tasks June – December 2010. Status TTN Offer. Documents and Links. Links. Documents. Intellectual Property WIPO – World Intellectual Property Organization
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TTN – WP2: Status of the TTN Website December 9, 2010 H.Hillemanns
TTN - WP2: Approach TTN - December 9 2010
TTN – WP2 : History TTN - December 9 2010
Tasks June – December 2010 TTN - December 9 2010
Status TTN Offer TTN - December 9 2010
Documents and Links • Links • Documents • Intellectual Property • WIPO – World Intellectual Property Organization • EPO – European Patent Office • IPR – Helpdesk - Intellectual Property Rights Helpdesk • Technology Transfer • ASTP - Association of European Science & Technology Transfer Professional • AUTM - The Association of University Technology Managers • IRC Network - Innovation Relay Centres Network • PROTON Europe - The pan-European network of Knowledge Transfer Offices (KTOs) and companies affiliated to universities and other Public Research Organisations (PROs) • Open Source • www.opensource.org - Open Source Initiative • HEPTech Intellectual Property Charter • COMMISSION RECOMMENDATION on the management of intellectual property in knowledge transfer activities and Code of Practice for universities and other public research organisations • 2009 Expert Group on Knowledge Transfer • Further input welcome ! TTN - December 9 2010
Demo TTN - December 9 2010 http://ttn.extra.cea.fr
Next steps TTN - December 9 2010 Go Live: Necessary actions: • Finalize content • Check final content • Contact information for each TTO needed ! • Switch from ttn.extra.cea.fr to heptech.org (some technical modifications) • Advertisement
Advertisement TTN - December 9 2010 • Articles: • CERN Bulletin, CERN Courier, other newsletters • Websites (not exhaustive): • http://valorisation.in2p3.fr • http://www.enterprise-europe-network.ec.europa.eu • http://www.eban.org • http://www.astp.net • http://www.sciencebusiness.net • http://eit.europa.eu • http://www.les-europe.org • http://www.technologytransfertactics.com/ • http://www.iasp.ws/publico/index.jsp?enl=8 • http://www.wainova.org/ • http://www.insme.org/page.asp • http://www.eurochambres.be/Content/Default.asp • http://www.tii.org/
Offers on complementary and overlapping technologies • How to deal with complementary and/or overlapping technologies ? Example 1: PET A set of complementary and overlapping HEP technologies (scintillators, readout devices & electronics, DAQ and event reconstruction) was shaped to a single concept for an application outside HEP: • Technologies developed independently in HEP but • Proposed and transferred to industry as one concept (technologies PLUS some added value) to enable a new method of medical imaging • PET today is a product commercially exploited in combination with CT Example 2: Fluorescence lifetime imaging for life science • HEP fast readout electronics (NINO, HPTDC) enabling improved time resolved fluorescence lifetime imaging for in vivo cell studies • Readout technologies developed for LHC experiments • Requested from applied research to match specific performance needs in instrumentation for life science imaging (enabling technologies) Example 3: GEM and Micromegas • Overlapping HEP technology for gaseous detectors enabling large area detectors for fast particle detection • Detection technologies developed for LHC experiments (potentially very competitive) • Emphasize complementary aspects of each (advantages & inconveniences), identify suitable application domains and shape offer accordingly TTN - December 9 2010
Complementary and overlapping technologies • How to deal with complementary and/or overlapping technologies ? Key questions: • Are there technologies and expertises in the TTN that can be combined to and transferred as solution packages for applications outside HEP ? • How to identify and to assess such technologies and expertises within the TTN ? • How to identify markt prospects and opportunities for such technologies and expertises ? • How to shape and to present offers with regard to such such technologies and expertises ? • Partnership opportunity, pool of licenses, others ? • How to handle IP, protection, recognition, exploitation in such case ? • How to streamline access conditions for industrial partners (-> WP1) ? Team of TTN members to work on a case-by case approach WP4 – MPGD Pilot TTN - December 9 2010
Further technology offers in the future: TTN - December 9 2010 • Potential offers: • NEG (CERN&GSI on an equal footing) • Power supply for accelerator magnet on capacitive storage (CERN has the lead, EPFL) • Sub-micronic and nanometric material for isotope beam production (EPFL has the lead, CERN) • Method for production of radioisotope preparations and their use in life sciences, research, medical application and industry (CERN has the lead, PSI) • Burning plasma diagnostic (CEA, INFN) • SiPM and related readout electronics Offer building is very time consuming and requires experts in various fields
To do’s for the TTN node representatives TTN - December 9 2010 • Actions (to be started ASAP): • Check general content • Add further technologies, service offers and success stories • Check all your existing offers • Provide us with contact information (in particular the relevant URL of your TT Office) • Prepare advertisement