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Introduction
This article is written by way of a reference for my longstanding PF colleague and prolific poster of challenging Maths/geometry problems…

The Many Faces of Topology
Abstract
Topology as a branch of mathematics is a bracket that encompasses many different parts of mathematics. It is sometimes even difficult to see…

Aspects Behind the Concept of Dimension in Various Fields
Abstract
It took until the last century for physicists and mathematicians in the Netherlands to question the Euclidean concept of dimension as length,…

Yardsticks to Metric Tensor Fields
I asked myself why different scientists understand the same thing seemingly differently, especially the concept of a metric tensor. If we ask a topologist,…

A Trick to Memorizing Trig Special Angle Values Table
In calculus classes when you are asked to evaluate a trig function at a specific angle, it's 99.9% of the time at one of the so-called special angles we…

An Introduction to Theorema Primum
Introduction
Whilst no doubt most frequenters of "Physics Forums" will be familiar with Nicolaus Copernicus as the scientist who advanced the (at the…

Physical Applications of the “Tan Rule”
Introduction
Every secondary school student who has encountered trigonometry in his/her Math syllabus will most likely have come across the sine, cosine,…

Valentine’s Reflections: Mathematical Matters of the Heart
Introduction
Being a somewhat geeky Maths 'nerd', I spent days leading up to Valentine's Day trying to find a Maths function appropriate to the day. In…

Ambiguous SSA Case in Triangles — Law of Sines Explained
What is the ambiguous case?
In U.S. high schools, students are often introduced to geometric proofs for the first time. A common task is to use a small…

SOHCAHTOA: Seemingly Simple, Conceivably Complex
What is SOHCAHTOA
SOHCAHTOA is a mnemonic acronym used in trigonometry to remember the relationships between the sides and angles of right triangles.…

Fibre Bundle: Definition, Examples & Intuitive Guide
Definition / Summary
Fibre bundle — intuitively, a fibre bundle is a space E that locally looks like a product B × F but may have a different global…

Parabola Explained: Properties, Equations & Practical Uses
What is a Parabola?
A parabola is a U-shaped curve that appears frequently in mathematics, physics and engineering. It is a conic section defined by a…

Tangent Line and Hyperplane: Definitions & Circle Example
Definition / Summary
Informal idea
The tangent to a curve in a plane at a particular point has the same gradient as the curve at that point.
Generalization
More…

The 10 Commandments of Index Expressions and Tensor Calculus
Having more than 10 years of experience in teaching vector and tensor calculus and special and general relativity, I have noted that many people have the…

Learn the Geometry of Mathematical Quantum Field Theory
This is the first chapter in a series on Mathematical Quantum Field Theory.The next chapter is 2. Spacetime.
1. Geometry
The geometry of physics…

A Journey to The Manifold SU(2): Differentiation, Spheres, and Fiber Bundles
Part 2
Differentiation, Spheres, and Fiber Bundles
Image source: [24]The special unitary groups play a significant role in the standard…

The Pantheon of Derivatives – Lie Derivatives And Others (IV)
Lie Derivatives
A Lie derivative is in general the differentiation of a tensor field along a vector field. This allows several applications…

The Pantheon of Derivatives – Sections, Pullbacks And Pushforwards (III)
Some Topology
Whereas the terminology of vector fields, trajectories, and flows almost by itself suggests its origins and physical relevance,…

Learn Frenet Equations in 2-D Which Result in the Cornu Spiral
This Insights article is intended as an introduction to the Frenet-Serret equations by showing an interesting application that results from a case in two-dimensional…

When Simple Geometry Unveils Deep Math
Introduction
It is a remarkable fact that consideration of very elementary concepts in geometry often leads quickly into deep and unexpected mathematical…

Klein’s Erlangen Program: Groups Define Geometry
Klein's Erlangen program: groups and geometry
There is a very deep link between group theory and geometry. Sadly, this link is not emphasized in most…

Pure Geometry Study Guide: Books & Roadmap for Students
Introduction to Pure Geometry
Why study pure geometry?
Geometry is one of the oldest parts of mathematics. It has been studied and advanced by the greatest…

Higher Prequantum Geometry V: The Local Observables – Lie Theoretically
This article discusses how the previous considerations naturally follow the concepts of local observables of local field theories and of…

Higher Prequantum Geometry IV: The Covariant Phase Space – Transgressively
The Euler-Lagrange ##p##-gerbes discussed in the previous article are singled out as being exactly the right coherent refinement…

Higher Prequantum Geometry III: The Global Action Functional – Cohomologically
The previous article ended with the concept of classical locally variational field theories, of which a class of examples are…

Higher Prequantum Geometry II: The Principle of Extremal Action – Comonadically
The previous article motivated the importance of considering "pre-quantum field theory" in-between classical and quantum field…

Higher Prequantum Geometry I: The Need for Prequantum Geometry
Before proceeding with a discussion of the super p-brane sigma models, whose emergence from the superpoint I discussed in the previous article,…
