2025
(Planned, in Japanese) 松江 要 (Kaname Matsue),
"お金に関する話" (Talk of Math. related to money),
IMIアウトリーチ (IMI Outreach Event), 九州大学伊都キャンパス (2025. 12.22)
(Invited, Planned, in Japanese) 松江 要 (Kaname Matsue),
"縁の下の線形代数:統計解析の視点から" (Linear Algebra: an unsung hero in Statistical Analysis),
産業数理統計チュートリアル2025 (Tutorial of Industrial and Mathematical Statistics),
九州大学伊都キャンパス (2025. 12.11 - 12.12)
(Invited, Planned, in English) Kaname Matsue,
"Description of finite-time singularities via dynamics at infinity",
Lothar Collatz Colloquium for Applied Mathematics, University of Hamburg, Hamburg, Germany (2025. 12. 4)
(Invited, Planned, in Japanese) 松江 要 (Kaname Matsue),
"何か面白そうな話題" (Some topics being interested in),
非公開イベント, 九州大学IMI (2024. 11.14 - 11.16)
(Planned, in English) Kaname Matsue,
"Re-interpretation of flame structure based on flow fields",
The 22nd International Conference on Flow Dynamics (OS2), Sendai International Center, Sendai, Japan (2024. 11.10 - 11.13)
(Planned, in Japanese) 松江 要 (Kaname Matsue),
"流れ場による火炎構造の再解釈" (Re-interpretation of flame structure based on flow fields),
IMI共同利用「防災志向を深化させる実験・産業・数理の融合アプローチの新展開」, 九州大学IMI、2025.10.22
(Invited, in English) 松江 要 (Kaname Matsue),
"Description of finite-time singularities for ODEs via dynamics at infinity",
RIMS共同研究 (公開型)「常微分方程式とその偏微分方程式への応用」(ODEs, and their applications to PDEs), 京都大学数理解析研究所 (RIMS, Kyoto University) (2025. 10.8 - 10.10)
(Invited, in English) Kaname Matsue,
"Description of quenching phenomena via dynamics at infinity",
Symposium of MEMS and other PDE topics, Sorbonne Paris North University, Paris, France (2025. 9.9 - 9.10)
(in Japanese) 松江 要 (Kaname Matsue),
"ある数学者の四方山話 2025"
(Chats by a mathematician 2025),
九州大学オープンキャンパス (Open Campus in Faculty of Mathematics, Kyushu University), Fukuoka, Japan (2025. 8. 3)
(Invited, in Japanese) 松江 要 (Kaname Matsue),
"無限遠ダイナミクスによる自励的 / 非自励的常微分方程式系の爆発解の記述"
(Description of blow-up solutions for systems of (non)autonomous ODEs via dynamics at infinity)
研究集会「微分方程式とその周辺」@野田、東京理科大学野田キャンパス (2025. 7.25 - 7.26),
2024
(in Japanese) 松江 要 (Kaname Matsue),
"Tippingの数理" (Introduction to Mathematics of Tipping phenomena)
「有限時間特異性」勉強会第12回, オンライン (2025. 3.26)
(in Japanese) 松江 要 (Kaname Matsue),
"非自励的常微分方程式系の単調爆発解の簡単な存在判定" (A simple criterion of the existence of monotonous blow-up solutions in nonautonomous systems of ODEs),
日本数学会2025年度年会 (The Mathematical Society of Japan, 2025 Spring), 早稲田大学 (2025. 3.21)
(in Japanese) 松江 要 (Kaname Matsue),
"有限時間特異性と無限遠ダイナミクス:ここまでのサマリー 2" (Finite-time singularities and dynamics at infinity: A summary at present 2)
「有限時間特異性」勉強会第11回, オンライン (2025. 2.20)
(invited) Kaname Matsue,
"Flame Dynamics based on Bifurcation Theory",
Workshop "Mathematics for Innovation" on Ito Campus 2025, IMI, Kyushu University, Japan (2025. 1.9)
(in Japanese) 松江 要 (Kaname Matsue),
"破局のひきがね" (Trigger of Catastrophe)
大阪府立大手前高等学校マスツアー (OTEMAE Senior High School (Osaka) Mathematics Tour), 九州大学IMI (2024. 12.26)
(in Japanese) 松江 要 (Kaname Matsue),
"有限時間特異性と無限遠ダイナミクス:ここまでのサマリー" (Finite-time singularities and dynamics at infinity: A summary at present)
「有限時間特異性」勉強会第10回, オンライン (2024. 12.12)
(in Japanese) 松江 要 (Kaname Matsue),
"非自励的常微分方程式の爆発解:漸近展開と無限遠ダイナミクスの対応" (Blow-up solutions in nonautonomous ODEs: correspondence between asymptotic expansions and dynamics at infinity)
2024年度 応用数学合同研究集会 (Joint Workshop of Applied Mathematics 2024, in Japanese), 龍谷大学、(2024. 12.5 - 12.7)
(Planned) Kaname Matsue,
"On Studies of Flame Morphology based on Bifurcation Theory",
The 21st International Conference on Flow Dynamics (OS2), Sendai International Center, Sendai, Japan (2024. 11.18 - 11.20)
(Invited, in Japanese) 松江 要 (Kaname Matsue)
"着火・火炎対応の分岐理論による新描像" (A new insight of ignition/flame correspondence via the bifurcation theory),
Quantitative prediction of transition phenomena in combustion processes, IMI共同利用, 九州大学IMI (2024. 11/13)
(Invited, in Japanese) 松江 要 (Kaname Matsue)
"分岐理論に基づく様々な『形』の追跡" (Continuation of 'Shapes' based on bifurcation theory),
第38期CAMMフォーラム 第2回本例会 (2024. 11/1)
(Invited, in Japanese) 松江 要 (Kaname Matsue),
"有限時間特異性の記述と展望:無限遠ダイナミクスでどこまで迫れるか" (Description and perspective of finite-time singularities: Approaching through dynamics at infinity),
力学系に対する相空間全構造解析と分岐解析の統合による新たなアプローチ (New approach through integration of global structural analysis in dynamical systems and bifurcation analysis), 京都大学数学教室 (Department of Mathematics, Kyoto University) (2024. 10.29)
(Invited, in Japanese) 松江 要 (Kaname Matsue),
"炎のダイナミクスと分岐理論" (Flame Dynamics and Bifurcation Theory),
広い意味での防災にまつわる実験数理融合アプローチの新展開 (New development of fusion approach in experimental mathematics involving disaster prevention), 明治大学中野キャンパス:先端数理科学インスティテュート (Meiji Institute for Advanced Study of Mathematical Sciences) (2024. 10.16 - 10.17)
(Invited) Kaname Matsue,
"Finite-time singularities: dynamics at infinity, computer-assisted proofs and asymptotic expansions",
2024 Ajou-Kyushu-NIMS Joint Workshop on Industrial and Applied Mathematics, Ramada Hotel, Suwon, South Korea (2024. 9.27 - 9/29)
(Open Campus, in Japanese) 松江 要 (Kaname Matsue),
"ある数学者の四方山話 2024" (Chats by a mathematician 2024),
九州大学オープンキャンパス (Open Campus in Faculty of Mathematics, Kyushu University), Fukuoka, Japan (2024. 8. 3)
(Invited) Kaname Matsue,
"On Studies of Flame Dynamics based on Bifurcation Theory",
Conference on Combustion & Flame Instabilities in Confined Geometries, University of Manchester (2024. 7.17 - 7.18)
(Invited, in Japanese) 松江 要 (Kaname Matsue),
"火炎ダイナミクスと分岐理論" (Flame Dynamics and Bifurcation Theory),
東北大学流体科学研究所セミナー (Seminar at Institute of Fluid Science, Tohoku University), IFS@Tohoku University, (2024. 6.5)
Kaname Matsue,
"Dynamics of hydrodynamically unstable premixed flames in a gravitational field",
19th International Conference on Numerical Combustion, Kyoto TERRSA (2024. 5.7 - 5.10)
(Poster, In Japanese) 松江 要 (Kaname Matsue),
"有限時間特異性:自励系・非自励系で" (Finite-Time Singularities in Autonomous / Nonautonomous Systems),
MfIP連携探索ワークショップ@明治大学(in Meiji University), (2024. 4.27)
(In Japanese, Invited) 松江 要 (Kaname Matsue),
"微分方程式における有限時間特異性:次に進む前のレビュー"
(Finite Time Singularities in Differential Equations: Reviews before the Next Stage),
多分野交流会@東京都立大学 (in Tokyo Metropolitan University), (2024. 3/25 - 3/27)
(Invited) Kaname Matsue,
"Nonlinear dynamics of hydrodynamically unstable premixed flames with physicochemical interactions",
Algoritmy 2024, Grand Hotel Permon, Podbanske (High Tatra Mountains), Slovakia (2024. 3.15 - 3.20)
Kaname Matsue,
"A unified characterization of blow-up solutions for ODEs through dynamics at infinity",
ANZIAM (Australian and New Zealand Industrial and Applied Mathematics) 2024 Conference, Adelaide Hills Convention Center, Hahndorf, Adelaide, Australia (2024. 2.11 - 2.15)
(Invited) Kaname Matsue,
"Interaction between flame and physicochemical phenomena based on asymptotic studies: continued",
Mathematical Research in Energy Systems: I2CNER-IMI Joint International Workshop, I2CNER, Kyushu University (2024. 2.2)
(In Japanese, Poster) 松江 要 (Kaname Matsue),
"微分方程式の有限時間特異性 〜 幾何学的・包括的記述を目指して"
数学と脳科学の連携に向けたワークショップ (in Japanese), 九州大学日本橋サテライト (2023. 12.28)
(In Japanese) 松江 要 (Kaname Matsue),
"無限遠ダイナミクスと非自励的爆発"
(Dynamics at Infinity and Nonautonomous Blow-Up),
2023年度 応用数学合同研究集会 (Joint Workshop of Applied Mathematics 2023, in Japanese), 龍谷大学 (2023. 12.14 - 12.16)
(In Japanese, Invited) 松江 要 (Kaname Matsue),
"微分方程式の有限時間特異性:ラクな計算への長~い道程"
(Finite-Time Singularities in Differential Equation: Looong Journey to Easy Calculations),
RIMS Workshop: Research on High-performance Scientific Computing in a New Era (in Japanese) (2023. 10.20)
(Invited) Kaname Matsue,
"Nonlinear dynamics of hydrodynamically unstable premixed flames with physicochemical interactions",
Forum "Math-for-Industry" 2023 - MfI 2.0 - , Nishijin Plaza, Fukuoka, Japan (2023. 9. 1)
Kaname Matsue,
"Finite-Time Singularity and Dynamics at Infinity : Characterization and Asymptotic Expansions",
Treatment of infinity and finite-time singularities in differential equations in ICIAM2023, Waseda University, Tokyo, Japan (2023. 8. 21)
(In Japanese) 松江 要 (Kaname Matsue),
"ある数学者の四方山話"
( A Chat by a Mathematician ),
九州大学オープンキャンパス (Open Campus in Faculty of Mathematics, Kyushu University), Fukuoka, Japan (2023. 8. 6)
(In Japanese, Invited) 松江 要 (Kaname Matsue),
"常微分方程式の爆発解と無限遠ダイナミクス:基礎形・漸近展開・非自励系"
(Blow-up Solutions of ODEs and Dynamics at Infinity: Fundamentals, Asymptotic Expansions and Nonautonomous Systems),
さいたま数理解析セミナー, ソニックシティ大宮, Omiya (Saitama), Japan (2023. 7. 15)
(In Japanese) 松江 要, 落合 啓之, 小谷 久寿, 高安 亮紀 (Kaname Matsue, Hiroyuki Ochiai, Hisatoshi Kodani and Akitoshi Takayasu),
"常微分方程式の爆発解の漸近展開と無限遠ダイナミクス"
(Asymptotic expansions of blow-ups for ODEs and dynamics at infinity),
日本数学会2023年度年会 (Mathematical Society of Japan, Spring 2023), Chu-Oh University, Korakuen, Tokyo, Japan (2023. 3/18)
(In Japanese, Invited) 松江 要 (Kaname Matsue),
"炎と音、時々他のもの -Sivashinsky方程式と分岐理論の可能性-"
(Flame, Sound, and something - Potential of Sivashinsky Equation and Bifurcation Theory -),
消炎や振動を含む不安定燃焼の数理@IMI共同利用,
九州大学IMI (2023. 3/6)
Kaname Matsue,
"Dynamics of hydrodynamically unstable premixed flames in a gravitational field",
ANZIAM2023 (Australian and New Zealand Industrial and Applied Mathematics),
Pullman Cairns International, Cairns, Australia (2023. 2/6 - 2/9)
(Invited) Kaname Matsue,
"Interaction between flame and physical phenomena - Asymptotic studies, results and reviews -",
I²CNER-IMI Joint International Workshop - Engineering and Mathematics: Where Do We Meet?- ,
I²CNER, Kyushu University (2023. 1/31)
(In Japanese) 松江 要, 落合 啓之, 小谷 久寿, 高安 亮紀 (Kaname Matsue, Hiroyuki Ochiai, Hisatoshi Kodani and Akitoshi Takayasu),
"常微分方程式の爆発解の漸近展開と無限遠ダイナミクスの対応"
(Correspondence between asymptotic expansions of blow-ups for ODEs and dynamics at infinity),
2022年度 応用数学合同研究集会, 龍谷大学 (2022/12/15 - 12/17)
(In Japanese) 松江 要,
"分岐理論と計算:流体力学的不安定な予混合火炎動態の全体像を探る"
(Bifurcation Theory and Computations: Towards Global Picture of Hydrodynamically Unstable Premixed Flame Morphology),
オープンイノベーションワークショップ@九州大学, (2022. 11/10)
(In Japanese, Invited) 松江 要,
"線型安定性と分岐:火炎動態の全体像の理解に向けて"
(Linear Stability and Bifurcation: Towards Global Picture of Flame Morphology),
意見交換+施設見学会@三菱重工業株式会社, (2022/9/16)
Kaname Matsue,
"On Recent progress in Blow-Up Solutions from the viewpoint of Dynamical Systems -Theory and Rigorous Numerics-",
SIAM Conference on Nonlinear Waves and Coherent Structures (NWCS22),
Univ. of Bremen (Hybrid Style) (2022. 9/1),
https://www.siam.org/conferences/cm/conference/nwcs22
Kaname Matsue,
"Blow-up Solutions for Ordinary Differential Equations from a viewpoint of dynamical systems",
La Trobe-Kyushu Joint Seminar on Mathematics for Industry,
IMI (Kyushu Univ.), La Trobe University + Zoom (Hybrid Style), (2022/7/12)
松江 要, "重力環境下における流体力学的不安定な予混合火炎動態の全体像",
意見交換会@IMI (Kyushu Univ.), (2022/5/17)
(In Japanese) 松江 要, 落合 啓之, 小谷 久寿, 佐々木 多希子, 浅井 大晴,
"常微分方程式の爆発解の複数項漸近展開"
(Multi-order asymptotic expansions of blow-up solutions for ODEs),
2022年度 応用数学に関する研究発表会, 芝浦工業大学+Zoom (2022/3/30)
Kaname Matsue,
"Recent progress in blow-up characterization of ODEs - theory and rigorous numerics -",
International Workshop on Reliable Computing and Computer-Assisted Proofs (ReCAP2022),
Zoom, (2022/3/13 - 2022/3/17),
https://www.recap.sci.waseda.ac.jp/recap2022/
(In Japanese, Invited) 松江 要 (Kaname Matsue), Shikhar Mohan and Moshe Matalon,
"重力環境下における流体力学的不安定な予混合火炎動態の全体像",
燃焼・消炎機構の数理に基づく火災・爆発の安全対策, IMI (Kyushu Univ.)+Zoom (2022/3/8),
https://joint.imi.kyushu-u.ac.jp/post-3443/
松江 要, 落合 啓之, 小谷 久寿, 佐々木 多希子, 浅井 大晴,
"常微分方程式の爆発解の複数項漸近展開"
(Multi-order asymptotic expansions of blow-up solutions for ODEs),
2021年度応用数学合同研究集会, Zoomオンライン (2021/12/17 - 12/19),
http://infoshako.sk.tsukuba.ac.jp/~cam/2021/
(In Japanese, Problem Proposal) 松江 要 (Kaname Matsue),
"無限遠ダイナミクスと「動く特異点」",
第5回JST数学領域未解決問題ワークショップ,
ホテルヴィラフォンテーヌグランド 東京有明 + Zoomオンライン (2021/9/18 - 9/20), https://sites.google.com/view/openproblem2021/
Kaname Matsue, "Rigorous numerics of blow-up separatrix in autonomous ODEs",
SCAN2020, Online Conference (2021/9/14)
https://scan2020.hu/
(Invited) Kaname Matsue,
"Rigorous numerics of blow-up solutions for autonomous ODEs",
CRM CAMP in Nonlinear Analysis, online (2021/5/4)
http://crm.dev.cirano.qc.ca/camp-nonlinear#seminars
K. Matsue,
K. Matsue,
K. Matsue,
K. Matsue,
K. Matsue,
K. Matsue,
K. Matsue,
K. Matsue,