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Gruppelederforum 8. Februar 2013 Jonny Østensen Elin Melby Ivar Bergland Turning Top Science into Products Innovasjon ved Fysisk Institutt.

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Presentasjon om: "Gruppelederforum 8. Februar 2013 Jonny Østensen Elin Melby Ivar Bergland Turning Top Science into Products Innovasjon ved Fysisk Institutt."— Utskrift av presentasjonen:

1 Gruppelederforum 8. Februar 2013 Jonny Østensen Elin Melby Ivar Bergland Turning Top Science into Products Innovasjon ved Fysisk Institutt

2 Turning Top Science into Business INNOVATION 2 Inven2’s role is to transfer research results into innovative products for new or existing businesses UiO + HSØ Public research funding 5 BNOK Research Clever people Knowledge (publications) Inven2 Knowledge- based Industries and products

3 Turning Top Science into Business Inven2s misjon er å skape nytt næringsliv fra resultater av forskning = teknologioverføring 3 Inven2 Technology Strategy Business Development Finance Legal & Clinical Commercialization Business Concept Commercial Proof of Concept Technology

4 Turning Top Science into Products 4 Innovasjon = Idé som har kommet i praktisk bruk (produkt eller tjeneste) Oppfinnelse = Konkret beskrivelse av hvordan et produkt kan lages eller brukes (ikke bare en idé) DOFI = Disclosure of Invention = Beskrivelse av en oppfinnelse eller tjeneste og hvordan den kan bli til en innovasjon, sendes til Inven2 Patent = Rettslig beskyttelse mot «kopiering» av en oppfinnelse, spesielle regler gjelder for godkjenning. Oppfinnelsen må ikke være publisert før søknadsdato. Teknologioverføring = Overføring av rettigheter fra Universitetet til en markedsaktør Lisens: partner er et eksisterende selskap Selskapsetablering: partner er en investor Kommersialisering = Mekanisme for å finne seriøse partnere med vilje og evne til å realisere en innovasjon. Gir også tilbakebetaling til oppfinnere og forskningsmiljø = midler til videre forskning.

5 Turning Top Science into Products Publisering eller Patentering? Ja, takk – begge deler Patentsøknader har strenge regler om nyhet og oppfinnelseshøyde for å kunne innvilges En oppfinnelse må ikke publiseres før den søkes patentbeskyttet Ikke send manuskripter til publisering uten først å ha kontaktet Inven2 dersom publikasjonen beskriver en mulig oppfinnelse Mange forskningsresultater kan bli til nyttige produkter også uten patentbeskyttelse, vi vil vite hva dere forsker på. Alle forskere skal ha en kontaktperson i Inven2, ta kontakt ! 5

6 Turning Top Science into Products Patenter er som ost: Dess fetere dess bedre Resultater i dag Konkurrerende produkt mulighet Resultat i markedet = ditt produkt patentdekning Spissing for salg Utvidelse for beskyttelse Man må ha to tanker i hodet på en gang - hva skal vårt produkt bli og hva kan en konkurrent komme opp med? Konkurrerende produkt mulighet 6

7 Turning Top Science into Business 7 A sustainable industry needs to be profitable. The ideas we select for development need to create profit Kommersialisering er et virkemiddel for nyskapning Betalingsvilje = vilje til utvikling hos partner

8 Turning Top Science into Products 8 Utvikling og finansiering av innovasjonsprosjekter (Tall for 81 UiO-DOFIer som er år gamle) Novelty? Patentability? Customer need? Market? Data support? Potential for realization? Patenting (if applicable) = Beslutning om videre utvikling

9 Turning Top Science into Products Ideas/Inventions Patent applications Commercializations Innovasjonsresultater, (Inven2 totalt) 9

10 Turning Top Science into Products 10

11 Turning Top Science into Products 11

12 Turning Top Science into Business DOFIs from Department of Physics 12 A Novel Ischemia-detecting Device For the IntestinesØrjan Martinsen m.fl01/22/2013 Radiation Dose optimization systemAnne Cathrine Trægde Martinsen m.fl.12/18/2012 Elimination of icing and growth of biological material on optical lenses/devicesBengt Svensson m.fl.12/17/2012 High resolution and high sensitivity MRI compatible PET technologyErlend Bolle m.fl.10/18/2012 Xanthates, a new class of carbonic anhydrase inhibitorsErik Pettersen m.fl.10/10/2012 RomværparameterJøran Moen m.fl.08/14/2012 TGFbeta3 given after radiation exposure reduce damageErik Pettersen m.fl.07/06/2012 multi-Needle Langmuir Probe system (m-NLP)Jøran Moen m.fl.03/05/2012 Sensor measuring bioelectric and bioimpedance parameters simultaneously at the same site Ørjan Martinsen m.fl.02/29/2012 Nano Oil CleanStian Hauge05/09/2011 Dithiocarbamates a novel class of Carbonic Anhydrase inhibitorsErik Pettersen m.fl.11/18/2011 Method to inhibit resistance and DNA intercalating agentsErik Pettersen m.fl.07/01/2010 Method to identify patients with resistance to radiationErik Pettersen m.fl.06/29/2010 Small molecular Carbonic anhydrase-9-inhibitors (METOXIA)Erik Pettersen m.fl.06/29/2010 Multi-needle langmuir Probe System (m-NLP)Jøran Moen m.fl.06/08/2010 Process to induce radioresistanceErik Pettersen m.fl05/25/2010 Overvåkning av vannporterHelge Balk05/10/2010 EUROXY: A new technology for diagnosing hypoxic cancer cells in solid tumorsErik Pettersen m.fl04/30/2010 Removing of Li from ZnOBengt Svensson m.fl.03/26/2010 Modified sulfonamides (METOXIA)Erik Pettersen m.fl09/30/2009 Analyse av hemodynamiske parametre i hjernenAtle Bjørnerud m.fl11/20/2009 Methods for obtaining reduced surface recombination velocity of siliconBengt Svensson m.fl.05/15/2006

13 Turning Top Science into Products PROF. ERIK OLAI PETTERSEN CO-INNOVATORS: Nina Edin, Peter Ebbesen, Joe Alexander Sandvik, and international collaborators PRIMARY EMPLOYMENT: Department of Physics, Biophysics and Medical Physics, UiO FIELD OF RESEARCH: Pettersen’s main area of research is the effect of ionizing radiation on living organisms, especially development and treatment of cancer. He focuses on small radiation doses and low dose rates, and in particular he has concentrated on the radiation sensitivity of cells with low avaiability of oxygen. Pettersen is highly engaged in large international research collaborations and is most successfull in acquiring EU funding for his projects. At the moment he is heading the EU project METOXIA aiming to develop methods that specifically locate and inactivate cells in hypoxic areas to obtain a cancer-specific effect selective for the most harmful of the cancer cells. INNOVATION TRACK RECORD: 9 submitted DOFIs 5 established innovation projects 4 patent applications 13 Picture is taken from

14 Turning Top Science into Products PROF. JØRAN IDAR MOEN CO-INNOVATORS: Torfinn Lindem, Tore André Bekkeng, Espen Trondsen, Arne Pedersen, Knut S. Jacobsen PRIMARY EMPLOYMENT: Head of Department of Fysics, University of Oslo and Group Leader of the reseach group STAR (Space Technology and Research) SECONDARY EMPLOYMENT: Professor II, The University Centre in Svalbard FIELD OF RESEARCH: Moen’s main interest is studying Solar-Terrestrial coupling in the auroral cusp/ polar cap region by multi-instrument techniques, using radars and ground based optics from Svalbard, as well as satellite and sounding rockets. He is heading a sounding rocket program dedicated to study ionospheric irregularities formed by plasma instabilities in the context of cusp auroras and polar cap patches. The goal is to produce useful input data for future space weather services for communication and GNSS services. INNOVATION TRACK RECORD: 2 submitted DOFIs (related to space weather) 2 established innovation projects 1 patent application 3 license agreements with Eidel AS 1 verification project (ANCHOR) 14

15 Turning Top Science into Products PROF. BENGT G. SVENSSON CO-INNOVATORS: Eduoard Monakhov, Andrej Kuznetsov, Klaus Magnus Johansen PRIMARY EMPLOYMENT: Department of Fysics, UiO, and Group Leader of the Semiconductor Physics Group (LENS), Centre for Materials Science and Nanotechnology (SMN) FIELD OF RESEARCH: The overall vision is “application-motivated basic research” addressing rather fundamental materials science and physics issues but in most cases with a clear vision for long-term applications relevant to enabling technologies for renewable energy. On a more detailed level, a central ingredient is to cover the whole ‘value-chain’ from materials synthesis to realization and evaluation of test (device) structures. INNOVATION TRACK RECORD (per Dec 2012): 3 submitted DOFIs (related to zinc oxide) 2 established innovation projects 3 patent applications (incl co-ownership with REC)

16 Turning Top Science into Business The Research Council – FORNY2020: Commercializing R&D results Funding Norwegian technology transfer offices and projects in need of proof-of-concept – BIOTEK2021: Biotechnology for innovation Helse Sør-Øst Commercialization funding for PhD students – karriere/forskerutdanning/kommstipend.html karriere/forskerutdanning/kommstipend.html Applications EU, NFR – Writing – Agreements In general: – Improved focus on commercialization often leads to more industry contact, which again can open new doors for funding Inven2 will help you to get the funding 16 The Research Council – FORNY2020: Commercializing R&D results Funding Norwegian technology transfer offices and projects in need of proof-of-concept – BIOTEK2021: Biotechnology for innovation Helse Sør-Øst Commercialization funding for ph.d. students – orgrad- karriere/forskerutdanning/kommst ipend.html orgrad- karriere/forskerutdanning/kommst ipend.html Applications EU, NFR – Writing – Agreements Picture is taken from

17 Conclusions 17 Largest TTO in Norway Commercializes inventions from the University of Oslo and Oslo University Hospital Seeks partners for outlicensing and/or industrial collaborations Expects more commercial products to come out of Department of Physics Wants to learn to know you better! :

18 Turning Top Science into Business Contacts Elin Melby Ivar Bergland Jan Solberg Audun Torsnes Jannicke Kristoffersen Jonny Østensen


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