Organization
- Faculty of Architecture Professor
External link
Anazawa Masahiro
Degree
-
(BLANK) ( Osaka University )
-
(BLANK) ( Osaka University )
Research Interests
-
数理生態学
-
理論物理学
-
Mathematical Ecology
Research Areas
-
Natural Science / Theoretical studies related to particle-, nuclear-, cosmic ray and astro-physics
-
Life Science / Ecology and environment
Education
-
Osaka University Graduate School, Division of Natural Science
- 1997
-
Osaka University
- 1997
Country/Region： Japan
-
Nagoya University Faculty of Engineering
- 1989
-
Nagoya University School of Engineering
- 1989
Country/Region： Japan
Research History
-
- 東北工業大学工学部 准教授
2007
-
Tohoku Institute of Technology Faculty of Engineering
2003 - 2006
-
Tohoku Institute of Technology Faculty of Engineering
2000 - 2002
-
Research Fellow of the Japan Society for
1997 - 2000
-
日本学術振興会 特別研究員
1997 - 2000
-
the Promotion of Science
Professional Memberships
-
The Physical Society of Japan
-
個体群生態学会
-
日本生態学会
-
The Ecological Society of Japan
-
日本数理生物学会
-
日本物理学会
-
The Society for Mathematical Biology
Job Achievement
-
教務委員会
2020.4
-
教員養成審議委員会
2020.4
-
カリキュラム改訂委員会
2018.1
-
ISO推進リーダー
2017.4 - 2019.3
-
東北工業大学慶弔会
2014.5 - 2015.5
-
審理委員会
2014.4 - 2018.3
-
東北工業大学慶弔会
2013.5 - 2014.5
-
東北工業大学生活協同組合
2013.5
-
ウェルネスセンター運営委員会
2013.4 - 2017.3
-
教務委員会
2011.4 - 2013.3
-
環境情報工学科改組検討委員会
2010.4 - 2011.4
-
就職委員会
2010.4 - 2011.3
-
大学施設整備構想検討委員会
2010.4 - 2011.3
-
東北工業大学生活協同組合
2007.5 - 2012.5
-
学生部委員会
2007.4 - 2010.3
-
教務委員会
2002.4 - 2005.3
Papers
-
Interspecific Competition Models Derived from Competition Among Individuals Reviewed
Masahiro Anazawa
Bulletin of Mathematical Biology 74 ( 7 ) 1580 - 1605 2012.7
-
Bottom-up derivation of population models for competition involving multiple resources Reviewed
Masahiro Anazawa
THEORETICAL POPULATION BIOLOGY 81 ( 2 ) 158 - 167 2012.3
-
Strong-motion records obtained by an array observation system during the 2011 Great East Japan Earthquake Reviewed
Makoto Kamiyama, Tadashi Matsukawa, Masahiro Anazawa
Journal of Disaster Research 7 ( 6 ) 672 - 681 2012
MISC
-
The mechanistic basis of discrete-time population models: The role of resource partitioning and spatial aggregation
Masahiro Anazawa
THEORETICAL POPULATION BIOLOGY 77 ( 3 ) 213 - 218 2010.5
-
The mechanistic basis of discrete-time population models: The role of resource partitioning and spatial aggregation
Masahiro Anazawa
Theoretical Population Biology 77 ( 3 ) 213 - 218 2010.5
-
Bottom-up derivation of discrete-time population models with the Allee effect
Masahiro Anazawa
THEORETICAL POPULATION BIOLOGY 75 ( 1 ) 56 - 67 2009.2
-
Bottom-up derivation of discrete-time population models with the Allee effect
Masahiro Anazawa
Theoretical Population Biology 75 ( 1 ) 56 - 67 2009.2
-
Fractal structure with a typical scale
M Anazawa, A Ishikawa, T Suzuki, M Tomoyose
PHYSICA A-STATISTICAL MECHANICS AND ITS APPLICATIONS 335 ( 3-4 ) 616 - 628 2004.4
-
Fractal and Non-fractal Structure with a Typical Scale and the Application to Personal Income Distribution
M. Anazawa, A. Ishikawa, T. Suzuki, M. Tomoyose
D22 - D23 2004.1
-
Geometrical construction of heterogeneous loop amplitudes in 2D gravity
Masahiro Anazawa, Atushi Ishikawa
International Journal of Modern Physics A 17 ( 28 ) 4069 - 4080 2002.11
-
Geometrical construction of heterogeneous loop amplitudes in 2D gravity
M Anazawa, A Ishikawa
INTERNATIONAL JOURNAL OF MODERN PHYSICS A 17 ( 28 ) 4069 - 4080 2002.11
-
Splitting of heterogeneous boundaries in a system of the tricritical Ising model coupled to 2-dim gravity
M Anazawa, A Ishikawa
PROGRESS OF THEORETICAL PHYSICS 104 ( 6 ) 1309 - 1316 2000.12
-
D0-branes in an H-field background and non-commutative geometry
M Anazawa
NUCLEAR PHYSICS B 569 ( 1-3 ) 680 - 692 2000.3
-
Splitting of heterogeneous boundaries in a system of the tricritical ising model coupled to 2-dim gravity
Masahiro Anazawa, Atushi Ishikawa
Progress of Theoretical Physics 104 ( 6 ) 1309 - 1316 2000
-
D0-branes in an H-field Background and Non-commutative Geometry
Masahiro Anazawa
Nuclear Physics B 569 680 - 692 2000
-
Interaction of boundaries with heterogeneous matter states in matrix models
Masahiro Anazawa, Atushi Ishikawa, Hirokazu Tanaka
Nuclear Physics B 514 ( 1-2 ) 419 - 436 1998.3
-
Interaction of boundaries with heterogeneous matter states in matrix models
M Anazawa, A Ishikawa, H Tanaka
NUCLEAR PHYSICS B 514 ( 1-2 ) 419 - 436 1998.3
-
23a-C-6 The Relation between Mixed Boundary States in Two-and Three-Matrix Models
Anazawa M., Ishikawa A., Tanaka H.
Meeting abstracts of the Physical Society of Japan 52 ( 2 ) 12 - 12 1997.9
-
Boundary operators and touching of loops in 2D gravity
M Anazawa
NUCLEAR PHYSICS B 501 ( 1 ) 251 - 268 1997.9
-
The relation between mixed boundary states in two- and three-matrix models
Masahiro Anazawa, Atushi Ishikawa, Hirokazu Tanaka
Progress of Theoretical Physics 98 ( 2 ) 457 - 462 1997
-
Boundary operators and touching of loops in 2d gravity
Masahiro Anazawa
Nuclear Physics B 501 251 - 268 1997
-
Macroscopic n-loop amplitude for minimal models coupled to two-dimensional gravity. Fusion rules and interactions
M Anazawa, H Itoyama
NUCLEAR PHYSICS B 471 ( 1-2 ) 334 - 360 1996.7
-
Macroscopic three-loop amplitudes and the fusion rules from the two-matrix model
M. Anazawa, A. Ishikawa, H. Itoyama
Physics Letters B 362 ( 1/4 ) 59 - 64 1995
-
Continuum annulus amplitudes from the two-matrix model
M. Anazawa, A. Ishikawa, H. Itoyama
Physical Review D 52 ( 10 ) 6016 - 6019 1995
-
Macroscopic three-loop amplitudes and the fusion rules from the two-matrix model
M. Anazawa, A. Ishikawa, H. Itoyama
Physics Letters B 362 ( 1/4 ) 59 - 64 1995
-
Continuum annulus amplitudes from the two-matrix model
M. Anazawa, A. Ishikawa, H. Itoyama
Physical Review D 52 ( 10 ) 6016 - 6019 1995
Research Projects
-
個体群動態のモデル化についての理論的研究
-
Quantum Gravity
The Other Research Programs
Grant type：Competitive
-
Mathematical Ecology
The Other Research Programs
Grant type：Competitive
-
食物網動態についての理論的研究
Allotted Class
-
アルゴリズム full-time faculty
2021autumn semester
-
熱エネルギー工学 full-time faculty
2021autumn semester
-
熱力学 full-time faculty
2021autumn semester
-
線形代数と微分方程式 full-time faculty
2021autumn semester
-
物理学Ⅰ full-time faculty
2021autumn semester
-
微分積分学Ⅰ full-time faculty
2021autumn semester
-
環境応用数学 full-time faculty
2021spring semester
-
物理学Ⅱ full-time faculty
2021spring semester
-
微分積分学Ⅱ full-time faculty
2021spring semester