Stephen Wolfram investigates the discovery of structures since the Game of Life was invented--searching possibilities versus invention by explicit effort. A thorough look at oscillators, modularity, glider guns.| writings.stephenwolfram.com
Stephen Wolfram takes the first steps in developing a medical metamodel framework for studying and formalizing the abstract foundations of medicine.| writings.stephenwolfram.com
Stephen Wolfram discusses understanding proofs discovered using automated theorem proving. Based on Wolfram’s proof of the simplest axioms of logic of Boolean algebra.| writings.stephenwolfram.com
Additional implications for the foundations of biological evolution found in the adaptive cellular automaton model that Stephen Wolfram introduced in an earlier post.| writings.stephenwolfram.com
On his 65th birthday, Stephen Wolfram details how his 'now or never' thinking has made the last five years some of his most productive. Read about his projects in tech and science.| writings.stephenwolfram.com
Stephen Wolfram explores minimal models and their visualizations, aiming to explain the underneath functionality of neural nets and ultimately machine learning.| writings.stephenwolfram.com
Stephen Wolfram explores simple models of biological organisms as computational systems. A study of progressive development, multiway graphs of all possible paths and the need for narrowing the framework space.| writings.stephenwolfram.com
Given a box with side _S_, over a certain timespan _t_, with minimum voxel resolution _V_, how many| breckyunits.com