Philip Maini

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Fourier Series and PDEs: Calculating Fourier Series - Oxford Mathematics 1st Year Student Lecture

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When did you know it was Maths? - Philip

0:53:31

The Heat Equation: Lecture 3 - Oxford Mathematics 1st Year Student Lecture

0:28:03

Prof. Philip K Maini | Comparing different approaches to modelling collective cell movement

0:52:41

Philip Maini: Mathematical modelling of angiogenesis

0:45:10

Prof. Philip Maini: Turing's Theory of Developmental Pattern Formation

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Growth and Morphogenesis - Semester Overview | Philip Maini

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Be Lazy #shorts

1:11:41

Restriction of eigenfunctions to sparse sets on manifolds

0:51:08

Differential Equations 1: Oxford Mathematics 2nd Year Student Lecture

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Here's a top tip for aspiring mathematicians from Oxford Mathematician Philip Maini. #attitude

1:09:49

Philip Maini | BIOMAT 2021

1:05:52

Squirrels, Turing and Excitability - Mathematical Modelling in Biology, Ecology and Medicine

0:56:25

Application of Ecological and Mathematical Theory to Cancer: New Challenges

0:50:04

An Introduction to Complex Numbers: Oxford Mathematics 1st Year Student Lecture

0:54:35

Mathematical Modelling in Biology: Infectious Disease Modelling - 2nd Year Student Lecture

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To be good mathematician, you have to be lazy | Oxford university | #maths #shorts

0:05:16

Philip Ball discusses Alan Turing's research on morphogenesis

0:43:09

Mathematical Thermodynamics: The Heat Equation

0:23:56

The Heat Equation: Lecture 1 - Oxford Mathematics 1st Year Student Lecture

0:58:03

Introductory Calculus: Oxford Mathematics 1st Year Student Lecture

1:01:35

Modelling Collective Cell Migration

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Mathematical Modelling in Biology: Neuronal Signalling - Oxford Mathematics 2nd Yr Student Lecture