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Extra Form
Lecturer 정일효
Dept. 부산대학교 수학과
date Nov 07, 2019
The 21st century is the age of life science. Two issues in the life sciences are that humans live long, healthy lives and maintain a steady state of the earth's ecosystems despite disturbances. In this talk, we will look at how mathematics is incorporated into biology with practical examples. The major terminology will be introduced and various cases of mathematics applied to biology will be presented based on the mathematical model. In particular, it has been classified as mathematical biology by integrating the study of conducting this research, which began in the early 20th century, and many scholars are now participating in expanding the breadth and depth of theory and its applications.

When mathematics meets biology, it is possible to derive more reasonable and useful information, and to understand that the applicability of mathematics to other disciplines is infinite.

Key words: Mathematical models, Mathematical Modeling, Differential equations, Stochastic Equation, Biomathematics, Mathematical Biology

Atachment
Attachment '1'
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  2. WGAN with an Infinitely wide generator has no spurious stationary points

  3. Free boundary problems arising from mathematical finance

  4. One and Two dimensional Coulomb Systems

  5. Ill-posedness for incompressible Euler equations at critical regularit

  6. <정년퇴임 기념강연> 수학의 시대정신(?)

  7. <학부생을 위한 ɛ 강연> Mathematical Aspects of Machine Learning and Deep Learning AI

  8. Lie group actions on symplectic manifolds

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  10. Quantitative residual non-vanishing of special values of various L-functions

  11. Quantum Dynamics in the Mean-Field and Semiclassical Regime

  12. <학부생을 위한 ɛ 강연> Continuous-time Portfolio Selection

  13. <청암상 수상 기념 특별강연> 동형암호, 기계학습, 근사정수론

  14. Symplectic Geometry, Mirror symmetry and Holomorphic Curves

  15. <학부생을 위한 ɛ 강연> Intuition, Mathematics and Proof

  16. <학부생을 위한 ɛ 강연> Geometry and algebra of computational complexity

  17. Number theoretic results in a family

  18. 행렬, 행렬함수 그리고 행렬방정식 (Matrix, Matrix Functions and Matrix Equations)

  19. Circular maximal functions on the Heisenberg group

  20. Fixed points of symplectic/Hamiltonian circle actions

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