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ICSTI 2014 October 21, 2014 (Tue) 1130 1200 At …...CiRA iPS eng. / 2010 P 2 Gurdon initializing...
Transcript of ICSTI 2014 October 21, 2014 (Tue) 1130 1200 At …...CiRA iPS eng. / 2010 P 2 Gurdon initializing...
Eiichi YAMAGUCHI
Kyoto University
Kyoto, Japan
Structures of creating
breakthrough innovation
ICSTI 2014
October 21, 2014 (Tue) 1130 – 1200
At Miraikan, Tokyo
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
CONTENTS
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Soil
Knowledge Creation
(Research)
Kn
ow
led
ge
em
bo
dim
en
t
(Develo
pm
ent)
A (Existing
Technology)
Abduction
P (Created
Knowledge)
Innovation Diagram
A’ (Paradigm
Sustaining
Innovation)
Deduction
S (Existing
Knowledge)
A* (Paradigm
Disruptive
Innovation)
ASPA*=
Breakthrough
Type 1 Field of
Resonance
Induction
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Science
(crystal-
lography)
Akasaki:
Challenge to lattice-
mismatched crystal
growth (paradigm
disruption). / 1970s
Amano &
Akasaki: Realize
p-GaN(LEEBI
method). /1988
Nakamura et al.:
Develop InGaN LED /1992
Nakamura et
al.: Integrate
three.
Matsuoka et al.:
Challenge to InGaN
growth.
Matsuoka et al.:
Realize InGaN
growth. /1989
Paradigm
sustaining
innovation
ZnSe LED
Amano &
Akasaki:
Realize GaN
growth (AlN
buffer
method)
/1985
Nakamura:
By 2 flow
method /1990
Nakamura: Realize
GaN growth (GaN
buffer method.
/1991 Nakamura &
Iwasa:
Realize p-GaN
(Anneal
method)./199
1
Nakamura:
descend to
the “Soil”.
/1989
Akasaki: Challenge
to p-type GaN
growth.
Existing
technology
for LED (IR
and red)
All major farms
withdrew
/1995-1997
Shimizu et al.:
Realize White LED
/ 1996 Ogawa (CEO of
Nichia Corp.):
Decide to invest
/1993
Kn
ow
led
ge e
mb
od
imen
t
Innovation diagram: Blue LED
~ 200B$ light
industry / 2020
Bu
sin
ess m
od
el
Soil
Knowledge creation
A (Existing
Technology)
A’ (Paradigm
Sustaining
Technology)
A* (Paradigm Disruptive
Technology)
B’
P
P2
S
A2*
B
Type 3
Type 2
Type 1
Soil
Road-mappable
Type 0
General Theory for Breakthrough
Field of
Resonance
Ded
ucti
on
Abduction
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Ded
ucti
on
Abduction
Innovation Diagram: iPS Cells
A
Empirical
biology
Wilmut
Cloned
sheep
/ 1996
Evans
Discovery
of ES cells
/ 1981
P3
New innovation of
bio-industry / 201?
A2*
iPS regenera-
tive medicine
/ 201?
Yamanaka:
Human iPS /
2007
Watson & Crick
Discovery of
DNA / 1953
P
Physics
S
Empirical
medicine
Biogenetics
Bio-
informatics
A*
Study of
differentiation /
2006 Thomson:
Human ES
cells
/ 1998
Yamanaka:
Discovery
of iPS cells
/ 2006
P4
Yamanaka:
Initializing
cells by EST
database/
1999
CiRA
iPS eng. /
2010
P2
Gurdon
initializing
cells by
nuclear
implantation / 1962
Embryology
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
CONTENTS
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Information Eng.
Electronics Eng.
Mechanical Eng.
Chemical Eng.
Biotechnology
Earth Science
Geology
Academic
Landscape
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Nursing
Biochemistry
Mathematics
Commercial
Science
Science Humanity
biotic
abiotic Unconscious Conscious
by Y. Fujita, M. Kawaguchi and E. Yamaguchi
Pedagogy
Agriculture
Chemistry
Electrical Eng.
Informatics
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
One decagon of 9 (+1) core
disciplines which provides
mutual hub are surrounded by 5
clusters.
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Information Eng.
Electronics Eng.
Mechanical Eng.
Chemical Eng.
Biotechnology
Earth Science
Geology
Academic
Landscape
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Nursing
Biochemistry
Mathematics
Commercial
Science
Science Humanity
biotic
abiotic Unconscious Conscious
by Y. Fujita, M. Kawaguchi and E. Yamaguchi
Pedagogy
Agriculture
Chemistry
Electrical Eng.
Informatics
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
D
E
A
B
C
A=Social/Human cluster
B=Management cluster
C=Geo-science cluster
D=Engineering cluster
E=Bio-science cluster
Core
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Information Eng.
Electronics Eng.
Mechanical Eng.
Chemical Eng.
Biotechnology
Earth Science
Geology
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Nursing
Biochemistry
Mathematics
Commercial
Science
Academic
Landscape
Science Humanity
biotic
abiotic Unconscious Conscious
by Y. Fujita, M. Kawaguchi and E. Yamaguchi
Pedagogy
Agriculture
Chemistry
Electrical Eng.
Informatics
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
CONTENTS
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
U.S. started the SBIR program in 1982.
Federal must set aside 2.5 percent of R&D
funds for SBIR ($2 billion / year).
the process consists of three phases.
Japan started its own SBIR program in 1999
inspired by the American SBIR
It is not mandatory for ministries.
It is just one of the subsidization programs for
SME.
What is SBIR Program? : U.S. and Japan
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
0.53
68.23
1.33
0.64
0.48
Engineering
Graduate
Undergrad.
Master degree
3.46
Graduate
High
School and
tech.
college
20.58
1.39
3.36
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Pedagogy
Information Eng.
Electronics Eng.
Mechanical Eng.
Chemical Eng.
Earth Science
Geology
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Agriculture
Nursing
Biochemistry
Mathematics
Commercial
Science
Chemistry
Science Humanity
biotic
abiotic Unconscious Conscious
In Japan, leading-edge knowledge produced under the soil has no
linkage to the innovation initiated by SBIR since 1999.
PhD of Principal Investigator
for SBIR start-ups
Japan 1998-2010 Unit: %
Total 3559
Unknown 1663
Biotechnology
Electrical Eng.
Informatics
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
11.16 3.41
6.20
0.31
1.40
10.54
0.78
Other engineering
6.20
2.95
2.95
2.79
0.78
6.98
0.62
3.10
2.79
0.62
6.20 3.26
0.31
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Information Eng.
Electronics Eng.
Mechanical Eng.
Electrical Eng.
Biotechnology
Earth Science
Geology
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Agriculture Nursing
Biochemistry
Mathematics
Commercial
Science
Informatics
Science Humanity
biotic
abiotic Unconscious Conscious
PhD of Principal Investigator
for SBIR start-ups
U.S. 2011 Unit: %
Total 1034
Unknown 389
In U.S., leading-edge knowledge produced under the soil have been
systematically converted to the innovation by SBIR since 1982.
Pedagogy
Chemical Eng.
Chemistry
12.09
Graduate
Undergrad.
Master degree
14.26
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Psychology
Economics Philosophy
Business Study
Geography
Linguistics
Archaeology
Literature Politics
Sociology
Anthropology
Information Eng.
Electronics Eng.
Mechanical Eng.
Electrical Eng.
Biotechnology
Earth Science
Geology
Physics
Life Science
Ecology
Dentistry
Dietetics
Anatomy
Pharmacy
Physiology
Household
Medicine
Biology
Agriculture Nursing
Biochemistry
Mathematics
Commercial
Science
Informatics
Science Humanity
biotic
abiotic Unconscious Conscious
PhD of Principal Investigator
for SBIR start-ups
U.S. 1983 - 2012 5639 within
total 46354
In U.S., most principal investigators put pivot legs on life sciences and
other legs on core sciences since 1982.
Pedagogy
Chemical Eng.
Chemistry
Law
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
CONTENTS
1. General Theory for Breakthroughs
2. Academic Landscape
3. Comparison of SBIR between U.S. and
Japan on Academic Landscape
4. Comparison of SBIR Bio-medical
Industry between U.S. and Japan
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
Source: JETRO, Trade statistics database
0
2 000
4 000
6 000
8 000
10 000
12 000
14 000
16 000
Exports
Imports
(Year)
(100M JPY)
Drug export and import in Japan
Phase
transition
Deficit of 1trillion
yen/year
Imports
Exports
by S. Yamamoto and E. Yamaguchi Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
0
50000
100000
150000
200000
250000
30000019
86
19
87
19
88
19
89
19
90
19
91
19
92
19
93
19
94
19
95
19
96
19
97
19
98
19
99
20
00
20
01
20
02
20
03
20
04
20
05
20
06
20
07
20
08
20
09
20
10
20
11
20
12
SBIR/STTR (Phase II)
SBIR/STTR (Phase I)
Non-SBIR/STTR (1982-)
Non-SBIR/STTR (-1981)
An
nu
al R
even
ue /
US
$ M
illio
n
SBIR/Japan version
Non-SBIR/Japan version (1999-)
Non-SBIR/Japan version (-1998)SB
IR/J
apan
ver
sion
Japan
Prescription drugs sales: Revenue
U.S.
U.S.:Total revenue of
SBIR start-ups =
$ 317 billion
Japan:Total
revenue of
SBIR start-ups
= $ 107 million
by S. Yamamoto and E. Yamaguchi Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
0%
500%
1000%
1500%
2000%
2500%
3000%
3500%
4000%
4500%
5000%
1
10
100
1000
10000
100000
1000000
SBIRグラント金額累計(A) 付加価値額累計(B) SBIR Total Award by HHS (I) Revenue + M&A (R)
US SBIR: Return on Investment A
mo
un
t (M
illi
on
US
$)
Retu
rn o
n In
vestm
en
t R
/I
by S. Yamamoto and E. Yamaguchi Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
-3.00
-2.00
-1.00
0.00
1.00
2.00
3.00
4.00
5.00
US SBIR awardees
US matching firm
JP SBIR awardees
JP matching firm
Avera
ge c
hang
e in s
ale
s (
M$)
Comparison in growth of SBIR awardees
米国 ’85’95
Lerner
Japan ’06’11
Inoue
SB
IR
SB
IR
No
n S
BIR
No
n S
BIR
J. Lerner, J. Business, 72(3), ’99.
We proved that the Japanese SBIR policy is a complete failure. It is
necessary to reorganize the innovation policy in Japan from scratch.
H. Inoue and E. Yamaguchi,
MPRA 53898.
mpra.ub.uni-muenchen.de/53898/
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University
1. To realize the 21st innovation model as I proposed, it is needed
to encourage the “abduction and transilience” for innovators.
2. The U.S. has succeeded in making the innovation eco-systems
consisting of “abduction and transilience” mechanism for
innovators by enforcing SBIR since 1982. Especially, the
SBIR has given rise to a remarkable effect on creating bio-
medical industry in U.S.
3. On the other hand, Japan has failed to make the innovation
eco-systems, although it has operated SBIR since 1999. This
is because the Japanese SBIR has no thought at all to
encourage the “abduction and transilience” for innovators.
4. Japan must encourage the scientists to be entrepreneurs by
enforcing exactly the same SBIR as American one.
Conclusion
Copyright © 2014 Prof. YAMAGUCHI Eiichi, Kyoto University