Calculus: Finding the Equation of a Line Tangent to a Function
Discover how to determine tangent line equations for functions, with practical examples and Python animation techniques.
Calculus: Finding the Rate of Radius Decrease in a Grinding Wheel
Explore calculus applications in real-world scenarios, focusing on rate of change in a grinding wheel's radius using volume and derivatives.
Python Decimal to Fraction Conversion - Writing Decimals as Fractions
Learn to convert decimals to fractions using Python, exploring the mediant method and implementing it in code.
Comparing Trigonometric and Exponential Solutions to the Simple Harmonic Oscillator
Explore different solution methods for the simple harmonic oscillator equation, comparing trigonometric and exponential approaches and deriving constants using initial conditions.
Just Enough Trigonometry for Physics
Learn essential trigonometry concepts for physics, including sine, cosine, and tangent functions in this concise introduction.
Intro to Scientific Notation
Learn to express very large or small numbers efficiently using scientific notation, a crucial skill for scientific calculations and data representation.
Deriving the Volume of a Sphere
Explore the mathematical derivation of a sphere's volume and learn a bonus Monte Carlo calculation method using Python code.
Solving the 2x2 Eigenvalue Problem - Also with Python
Explore eigenvalues and eigenvectors for a 2x2 matrix, with practical Python implementation for solving complex linear algebra problems.
Solving a System of Linear Equations with a Matrix and Python
Learn to solve linear equation systems using matrices and Python, with practical applications in Google CoLab and Jupyter Notebooks.
Mathematical Method to Test for Conservative Fields
Learn a mathematical technique to determine if a vector field is conservative by calculating its curl and verifying if it equals zero.
Hodge Conjecture for Singular Varieties
Explore the Hodge conjecture for singular varieties in algebraic geometry, delving into complex mathematical concepts and recent developments.
Subgraph-Based Networks for Expressive, Efficient, and Domain-Independent Graph Learning
Explore subgraph-based networks for expressive, efficient, and domain-independent graph learning. Gain insights into equivariant subgraph aggregation and symmetry principles.
Real Structures on Hyper-Kähler Manifolds
Explore real structures on hyper-Kähler manifolds with Lie Fu, delving into advanced geometric concepts and their applications in mathematics.
Random Algebraic Geometry - Lecture 1
Explore random algebraic geometry concepts in this advanced mathematics lecture, delving into complex theoretical foundations and applications.
Random Algebraic Geometry - Lecture 4
Explore advanced concepts in random algebraic geometry, focusing on key theories and applications in this fourth lecture of the series.
Random Algebraic Geometry - Lecture 2
Explore advanced concepts in random algebraic geometry, focusing on theoretical foundations and practical applications in mathematical research.
Random Algebraic Geometry - Lecture 3
Explore advanced concepts in random algebraic geometry, focusing on cutting-edge research and theoretical developments in this mathematical field.
On the Metric Structure of Section Rings
Explore the metric structure of section rings in complex geometry, dynamical systems, and foliation theory through an in-depth mathematical analysis.
On the Automorphisms of Compact Kähler Manifolds
Explore automorphisms of compact Kähler manifolds with Tien-Cuong Dinh in this advanced mathematics conference talk, delving into complex geometry and dynamical systems.
Extension of Quasiplurisubharmonic Functions - 2022
Explore extension techniques for quasiplurisubharmonic functions in complex geometry, dynamical systems, and foliation theory. Gain insights from Dan Coman's conference talk at CIRM.
Formal Principle for Rational Curves in Complex Threefolds
Explore formal principles for rational curves in complex threefolds, delving into advanced mathematical concepts in complex geometry and dynamical systems.