About this homepage
This is the homepage of Kentaro Nagahara, a Associate Professor (Lecturer) at Institute of Science Tokyo
Profile
- Name:Kentaro Nagahara
- Institution:Institute of Science Tokyo
- Department:Institute for Liberal Arts
- Status:Associate Professor (Lecturer)
Contact
-
E-mail: inquiry[a=t]nk.ila.titech.ac[dot]jp
Curriculum Vita
---Personal data---
- Date of birth: Sep 14th, 1991
---Educational background---
- April 2007 -- March 2010; High school student at TOKYO DENKI UNIVERSITY High School
- April 2010 -- March 2014; Undergraduate Program, Department of Mathematics, Tokyo Institute of Technology
- April 2014 -- March 2016; Master's Degree Program, Department of Mathematics, Tokyo Institute of Technology
- April 2016 -- March 2020; Doctoral Degree Program, Department of Mathematics, Tokyo Institute of Technology
- Ph.D. thesis: Maximization of the total population in reaction-diffusion models with logistic growth
- Advisor: Eiji Yanagida
---Experience---
- April 2014 -- March 2016; Teaching Assictant at Tokyo Institute of Technology
- April 2016 -- March 2017; High school Instructor at Tokyo Tech High School of Science and Technology
- April 2017 -- March 2022; High school Teacher at Tokyo Tech High School of Science and Technology
- April 2022 -- September 2024; Associate Professor (Lecturer) at Tokyo Institute of Technology
- October 2024 -- ; Associate Professor (Lecturer) at Institute of Science Tokyo
Papers(Peer-reviewed)
- [1] Kentaro Nagahara, Eiji Yanagida: Maximization of the total population in a reaction-diffusion model with logistic growth. Calc. Var. Partial Differ. Equs. 57, 80 (2018) : article / journal
- [2] Mizu Okamoto, Miyuki Nagahara, Takuma Tajiri, Naoya Nakamura, Nahoko Fukunishi, Kentaro Nagahara: Rho-associated protein kinase inhibitor induced morphological changes in type VI collagen in the human trabecular meshwork. British Journal of Ophthalmology 104(3) pp.392 - 397 (2020) : article / journal
- [3] Kentaro Nagahara, Yuan Lou, Eiji Yanagida: Maximizing the total population with logistic growth in a patchy environment. J. Math. Biol., 82, 2 (2021) : article / journal
- [4] Kentaro Nagahara, Toshiki Matsuda: オンライン教育実習を通じた数学用e-learning教材の開発とその効果~大学と学校現場とのより密接な連携の可能性を探って. Informatio, 江戸川大学情報教育研究所, 18 pp.41 - 50, (2021) : journal
MISC(in Japanese)
- [1] Kentaro Nagahara: ロジスティック成長する個体群に対して空間非一様性が与える影響. 第12回 数学総合若手研究集会, (2016) Technical report
- [2] Kentaro Nagahara: ポアソン方程式の解の表現公式について. 東京工業大学附属科学技術高等学校 研究報告
13 pp.63-74 (2018) - [3] Kentaro Nagahara: 自己随伴固有値問題における最大固有値の性質. 東京工業大学附属科学技術高等学校 研究報告
14 pp.63-77 (2019) - [4] Kentaro Nagahara: 2階線形楕円型偏微分方程式における可解性の判定法. 東京工業大学附属科学技術高等学校 研究報告
15 pp.43-46 (2020) - [5] Kentaro Nagahara, Tatsuya Ubana: 数学における専門分野との連携を意識した教材開発と教育効果. 東京工業大学附属科学技術高等学校 研究報告
16 pp.55-64 (2021)
Reference
Research Interests
- Differential equations
- Nonlinear analysis
- Mathematical biology
- Mathematical Education
Affiliated academic society
- The mathematical Society of Japan
- Japan Society of Mathematical Education
- Japan Society for Educational Technology
- Japan Association of Simulation And Gaming
- Mathematics Education Society of Japan