View source for Mathematics and Art: Geometry, Proportion, and Symmetry

Lesson 11 of [[MDC1213]]

Slide 1: Title Slide

    Mathematics and Art: Geometry, Proportion, and Symmetry

Slide 2: Course Overview

    Brief summary of the course objectives and lesson topics

Slide 3: Introduction

    The intersection of mathematics and art throughout history

Slide 4: Geometry in Art

    The role of geometric shapes and forms in artistic creations

Slide 5: The Golden Ratio

    The significance of the golden ratio in art, architecture, and design

Slide 6: Fibonacci Sequence

    The connection between the Fibonacci sequence and the golden ratio in art

Slide 7: Perspective and Proportion

    The use of mathematical principles in achieving realistic perspective and proportion in art

Slide 8: Linear Perspective

    The development and application of linear perspective in Renaissance art

Slide 9: Fractals

    The appearance and significance of fractal patterns in art and nature

Slide 10: Tessellations

    The use of tessellations and repeating patterns in art and design

Slide 11: Symmetry in Art

    The role of symmetry in creating balance and harmony in art

Slide 12: Types of Symmetry

    Different types of symmetry found in art and nature

Slide 13: Sacred Geometry

    The significance of geometric shapes and patterns in sacred art and architecture

Slide 14: Islamic Art

    The use of geometric patterns and symmetry in Islamic art and architecture

Slide 15: Op Art

    The exploration of geometric shapes, patterns, and optical illusions in Op Art

Slide 16: Polyhedra and Sculpture

    The use of polyhedra and other geometric shapes in sculpture

Slide 17: Origami and Paper Folding

    The connection between geometry and the art of origami

Slide 18: Mathematical Knitting and Crochet

    The intersection of mathematics and fiber arts in creating intricate patterns

Slide 19: Escher and Mathematical Art

    The work of M.C. Escher as an example of art inspired by mathematical concepts

Slide 20: Visualization of Mathematical Concepts

    The role of art in visualizing complex mathematical ideas

Slide 21: Mathematical Tools for Artists

    The use of mathematical tools, such as compasses and rulers, in creating art

Slide 22: Digital Art and Mathematics

    The intersection of mathematics and digital art, including algorithmic and generative art

Slide 23: The Aesthetics of Mathematics

    Exploring the beauty and elegance of mathematical concepts and their artistic representations

Slide 24: Mathematical Creativity

    The role of creativity and imagination in both mathematics and art

Slide 25: Cross-Disciplinary Collaboration

    The potential for collaboration between mathematicians and artists

Slide 26: Real-World Applications

    Examples of the practical applications of mathematical concepts in art and design

Slide 27: The Future of Mathematics and Art

    Predictions for the future intersection of mathematics and art

Slide 28: Conclusion