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Japan Advanced Institute of Science and Technology

JAIST Repository

https://dspace.jaist.ac.jp/

Title

産学官連携を通じたイノベーション : 研究開発コミュ

ニティーのネットワーク分析(産学連携)

Author(s)

馬場, 靖憲; 鎗目, 雅; 七丈, 直弘; 永原, 裕一

Citation

年次学術大会講演要旨集, 19: 175-177

Issue Date

2004-10-15

Type

Conference Paper

Text version

publisher

URL

http://hdl.handle.net/10119/7035

Rights

本著作物は研究・技術計画学会の許可のもとに掲載す

るものです。This material is posted here with

permission of the Japan Society for Science

Policy and Research Management.

(2)

C06

産学官連携を 通じたイノベーション

:

研究開発コミュニティ 一のネットフーク 分析

0 馬場 靖憲 ,鉛白 雄 ( 東大先端 研 ) , 右文面 弘 ( 東大情報学 環 ) , 永原裕一 ( 明大政経学 )

1.@ Introduction

This@ research@ has@ extended@ the@ field@ of

innovation@studies@by@capturing@the@nature@and

mechanism@ of@ the@ emerging@ new@ materials innovation , Titanium@ dioxide@ (Ti0i)

photocatalyst@embodies@novel@ functions@which

had@ not@ been@ realized@ before , Wth@ the@ novel

functions@ of@ decomposition@ of@ organic

substances@ and@ hydrophilicity , Tioz photocatalyst has proved to be use 伍 l %r various@indust Ⅱ 8@ appli a Ⅰ ons ・ That@has@ Ⅰ d@to

the@creation@of@new@markets@which@did@not@exist ten@ years@ ago , with@ the@ current@ size@ of commercial

products

embodying

photocatalysts@estimated@to@be@300@million@US

dollars@ in@ 2002@ In@ this@ research , we@ aim@ to

analyze@how@

and@why@commercialization@of@a

new@material , namely@titanium@dioxide@ (Tios) photocatalyst , has@ been@ successfully@ achieved in@ Japan ・ We@ propose@ a@ hypothesis@ that@ the

process@ of@ scientific@ research@ and@ product

development@ conducted@ through@ collaboration

between@ uRverSty@ and@ i dustry@ takes@ a characterit*@ organi a Ⅰ on8@ pattern@tranSa Ⅰ ng

app Ⅰ ed@sc* nce@into@successful@market@crea Ⅰ on

We@ examine@ how@ basic@ research@ and@ product

development are conducted and interacted with each@ other , leading@ to@ successful@ creation@ of

new@ markets , in@ a@ way@ which@ is@ particularly

appropriate@ to@ the@ commercialization@ of@new materials ,

2.@Methodology

Regarding@methodology , we@will@apply@a@series of@ network@ analysis@ [1][2][3] ・ The@ seminal

work@of@the@Powell , s@research@group@put@stress

on@the@networks@of@learning@in@an@industry@for

exp Ⅰ ining@ a@ ro Ⅱ of@ inter-organ* a Ⅰ on3

co Ⅰ bora Ⅰ on@ branchng@ out@ i novati n@ [1]

"(W)hen@the@knowledge@base@of@an@industry@is

both@ complex@ and@ expanding@ and@ the@ sources of@expertise@are@widely@dispersed , the@locus@of innovation@ will@ be@ found@ in@ networks@ of learning , rather@than@individual@firms" ・ Powell

insists@ that@ "firms@ must@ learn@ how@ to@ transfer knowledge@ across@ alliances@ and@ locate

themselves@ in@ those@ network@ positions@ that

enable them to keep pace with the most

promising@ scientific@ or@ technological

developments" [1]

The@purpose@of@this@paper@is@to@identify@the

forms@of@collaboration@undertaken@by@university ,

industry@and@public@agency@that@have@arisen@in

response@ to@ the@ technological@ ferment generated@ by@ Ti02@ photocatalyst ・ We@ will scru Ⅰ ni e@ structure@ and@ functon@ of@ the

emergent@"communti s@of@practi e"@ [4]@ *@ the

Ti02@ photocatalyst@ industry@ and@ assess@ the

contributon@ of@ coopera@ve@ ventures@ to

organizational@

learning@

leading@to@joint@patent

applications

and to successful commercialization ・ W0@ investigate@ al@ the

Japanese@record@of@joint@patent@applications@on

(3)

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