"Call it the hidden hand of God; I would simply call it the hidden hand of the equations. And that gets us from the beginning to here." Theoretical physicist Brian Greene on the hidden nature of reality, and the power of scientific theory to reveal the beauty that we cannot observe.
Our interview with physicist and author brought about this fun and wide-ranging set of time-shift tweets. He brings an infectious excitement to the conversation about the frontiers of modern physics and how vital science is to understanding the nature of life and reality.
Of all the ideas Janna Levin presents, the most provocative and disturbing, perhaps, is her doubt that there is free will in human existence at all. She cannot be sure that we are not utterly determined by brilliant principles of physics and biology. Yet she cleaves more fiercely in the face of this belief to the reality of her love of her children and her hopes and dreams for them.
Physicists have long sought to describe the universe in terms of equations. Now, James Gates explains how research on a class of geometric symbols known as adinkras could lead to fresh insights into the theory of supersymmetry — and perhaps even the very nature of reality.
My favorite dog-earred, page-stained book growing up was The Phantom Tollbooth. I must have read over 40 times about Milo’s quest through the Kingdom of Wisdom to reconcile the rulers of Dictionopolis, the lover of words, and Digitopolis, the lover of numbers. The conclusion of this book, and of John Allen Paulos’ recent post in The New York Times, is that both language and math should reign equally.
Paulos, a mathematician and professor, argues that while narratives and statistics play important roles, people approach them both with different mindsets:
A visualization showing how three mathematical concepts translate into simple objects in nature.