Chern Medal Award 2018 Masaki Kashiwara
Summary
TLDRBorn in 1947, the speaker's journey in mathematics began with a love for algebraic analysis and representation theory. As a special assigned professor at a university, their work spans 50 years, with significant contributions to manifolds, including theorems and formulas bearing their name. The speaker emphasizes the importance of discerning the essential from the trivial in research and the growing intersection of mathematics with other fields like physics and computer science, fostering new theories and understanding.
Takeaways
- 🎓 The speaker was born in 1947, two years after the Second World War, in Europe but Tokyo is mentioned, indicating a possible correction or emphasis on their connection to Tokyo.
- 🌾 The speaker's father worked in agriculture and their mother was a housewife, providing insight into their family background.
- 📚 The speaker has a deep-rooted passion for mathematics, which began at a very young age and has continued throughout their life.
- 📘 They have an extensive collection of notebooks, which they have not counted but estimate to be in the hundreds, indicating a significant amount of work and dedication to mathematics.
- 🔍 The speaker's mathematical journey started when they saw 'photo makiato', which might be a reference to a pivotal moment or person in their mathematical development.
- 🏫 The speaker is a special assigned professor at a Research Institute for Mathematical Sciences at a university, showing their high level of academic achievement and contribution.
- 📈 They have studied algebraic analysis and representation theory, as well as symplectic geometry, demonstrating a broad and deep expertise in various mathematical fields.
- 📝 One of their most important works is a book on manifolds with complex structures, which includes several theorems or formulas named after them.
- 🏆 The speaker is known for their work on crystal bases and an index theorem, among other contributions, highlighting their influence in the field of mathematics.
- 🤝 The speaker emphasizes the importance of the interaction between mathematics and other disciplines, such as physics and computer science, which is becoming increasingly strong.
- 🔬 They are actively involved in making progress by developing new theories or gaining new understandings in the intersection of mathematics with other fields.
Q & A
In what year was the speaker born?
-The speaker was born in 1947.
What was the speaker's father's occupation?
-The speaker's father worked in agriculture.
What was the speaker's mother's role?
-The speaker's mother was a housewife.
Where was the speaker born, and what is significant about the timing?
-The speaker was born in Europe, two years after the Second World War.
What is the speaker's current position at the university?
-The speaker is a special assigned professor at the Research Institute for Mathematical Sciences at the University.
What was the speaker's initial interest in mathematics?
-The speaker loved mathematics from a very young age and enjoyed writing on sheets of paper.
How many notebooks did the speaker mention having?
-The speaker mentioned having several hundreds of notebooks but did not count the exact number.
What sparked the speaker's interest in algebraic analysis?
-The speaker's interest in algebraic analysis started when they saw 'photo makiato' (possibly a misheard or misspoken term).
What is the speaker's area of expertise in mathematics?
-The speaker's area of expertise includes algebraic analysis, representation theory, and symplectic geometry.
What is the most important book the speaker has written?
-The most important book the speaker wrote is on manifolds with something unclear (likely a misheard term), which includes several theorems or formulas named after them.
What are some of the theorems or formulas named after the speaker?
-The speaker mentioned 'casual crystal bases' and an 'index theorem' as examples of theorems or formulas named after them.
What does the speaker find important in mathematical research?
-The speaker finds it important to discern what is important and what is not in mathematical research.
What challenges does the speaker face in their research?
-The speaker faces challenges in dividing their time between mathematics and its interactions with other fields such as physics, computer science, and photonics.
How does the speaker perceive the development of mathematics?
-The speaker perceives the development of mathematics as becoming increasingly intertwined with other fields, leading to new theories and understanding.
Outlines
📚 Early Life and Academic Interests
The speaker, born in 1947, two years post-WWII, grew up in Europe with a father engaged in agriculture and a housewife mother. Despite being born in Tokyo, the speaker's passion for mathematics was ignited at a young age, leading to an extensive collection of notebooks filled with mathematical expressions. The speaker's academic journey began with algebraic analysis and representation theory, eventually branching into symplectic geometry.
📘 Mathematical Contributions and Publications
The speaker is a distinguished professor at a Research Institute for Mathematical Sciences, with a focus on manifolds and secure theorems. They have authored a significant book on the subject and are known for several theorems and formulas that bear their name, such as the casual crystal bases and the index theorem. The speaker emphasizes the importance of discerning what is significant in mathematical research.
🔬 Interdisciplinary Research Challenges
The speaker discusses the increasing intersection between mathematics and other fields, such as physics and computer science, which presents new challenges and opportunities. They highlight the difficulty of the past 50 years in research, particularly in understanding the interaction between mathematics and other disciplines, and the continuous emergence of new theories and insights.
Mindmap
Keywords
💡Second World War
💡Agriculture
💡Housewife
💡Europe
💡Tokyo
💡Special Assigned Professor
💡Mathematics
💡Algebraic Analysis
💡Representation Theory
💡Manifolds
💡Casual Crystal Bases
💡Index Theorem
💡Research
💡Interaction
Highlights
Born in 1947, two years after the Second World War.
Father worked in agriculture, mother was a housewife.
Born in Europe yet mentions Tokyo, suggesting a connection or move.
Special assigned professor at the Research Institute for Mathematical Sciences, University.
Early love for mathematics evident from a young age.
Lost count of the number of notebooks filled with mathematical expressions.
Inspired by a photo to study algebraic analysis and representation theory.
50 years of study in microlocal analysis.
Contributions to practical geometry.
Authored a significant book on manifolds with complete security.
Several theorems or formulas named after the professor.
Interest in crystal bases and the Atiyah-Singer index theorem.
Emphasis on finding what is important in mathematical research.
Challenges in dividing and working with other fields like physics and computer science.
Interaction between mathematics and other fields becoming increasingly strong.
Progress in making new theories or understandings in mathematics.
Transcripts
[Music]
you
[Music]
I was born in 47
[Music]
two years after the Second World War
[Music]
so my father she was working for me
through agriculture and my mother is a
housewife I was born in Europe yet Tokyo
but we have a lot in fact
I'm a special assigned professor at the
Research Institute for mathematical
sciences to the University
when I was very young I loved
mathematics on the sheet of papers then
I lose them so I write a lot worse
there are main notebooks I didn't count
the traffic several hundreds my
mathematics express started when I saw
photo makiato
the pico de Soto
I can say I became I studied in
algebraic analysis and the
representative here 50 years I can say
wallet
I studied microcar analysis I apprised
all things to representation theory and
see practical geometry
[Music]
the most important book that I wrote is
on manifolds with clear secure
there are several theorems or formulas
after my name I think I like casual
crystal bases and achieve an index
theorem daughter to many things
[Music]
to find what is important and what is
not important adding to the other the
most difficult part of the research in
mathematics dividing 50 that I'm working
the interaction between mathematics and
the other phase are becoming strong and
strong
like physics or computer father acid
photonic with new theories or a new
understanding as much I'm making
progress
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