​In Part 1, we covered the history of π, it’s properties, where it came from, and the race to find the largest number of decimal points.

​In Part 2, we’ll finally get into the story of the Man Who Saved π.

Continuing from Part 1, we will now explore how physics expands from the realm of observable theories to experimental practices.

​Kepler and Brahe had laid the foundations, though it takes an occultist and  part-time alchemist to unravel the mathematical language of physics.

Richard Feynman was one of the most outstanding minds in the natural sciences.

​However his thoughts go beyond the esoteric equations and functions of mathematics and physics - and had influenced how we see the natural world, and our place in it.

Probably one of the most complicated machines we have ever invented, the jet engine is a marvel of ingenuity.

​It elegantly frames the relations between physics and engineering, theory and application. And yet most people have no idea how they work. Let us give you a quick tour.

A short story by Rebecca Lang on the implications of immortality.

​It reflects on the philosophical and existential problems if "be"-ing. You will be left pondering on what makes your brief time here worthwhile.