Stephen Wolfram

SEPTEMBER 23, 2021

But in a quirk of history that I now realize had tremendous significance, I had just spent a couple of years creating a big computer system that was ultimately a direct forerunner of our modern Wolfram Language. So for me it was obvious: if I couldn’t figure out things myself with math, I should use a computer. Computation theory.

Computer 55

Computer Mathematics Science Sciences 55

Stephen Wolfram

MARCH 7, 2022

We can think of the ruliad as the entangled limit of all possible computations—or in effect a representation of all possible formal processes. Many of these consequences are incredibly complicated, and full of computational irreducibility. And in a way our Physics Project begins from a similar place.

Mathematics 120

Mathematics Physics Computer Algebra 120

Futurum

OCTOBER 3, 2023

Projects like 15th Street Farm NEP can help towards tackling food security by providing knowledge, skills and agency to young people so that they will have a role in developing a food system where nutritionally adequate, safe and socially acceptable food is available and accessible. Take a look at GrowVeg.

Agriculture 87

Agriculture Biology Research Research 87

Futurum

OCTOBER 24, 2023

Collaboration “Unlike in natural sciences, teams of collaborators are usually smaller in political science,” says Damien. Additionally, the rise of the computer age has created big opportunities for political science. Damien says that working in teams is more fun and more motivating, and André agrees.

Government 112

Government Research Research Professor 112

Stephen Wolfram

MAY 25, 2021

And in it this computation is going on: &#10005. Let’s change the rule for the computation a bit. But that ignores the phenomenon of computational irreducibility. But it’s a fundamental fact of the computational universe that the result doesn’t have to be simple: &#10005. Imagine you have some sophisticated AI.

Mathematics 53

Mathematics Physics Computer Algebra 53

Stephen Wolfram

JANUARY 31, 2023

Computational Foundations for the Second Law of Thermodynamics (forthcoming) 2. And indeed particularly in chemistry and engineering it’s often been in the background, justifying all the computations routinely done using entropy. This is part 3 in a 3-part series about the Second Law: 1. How Did We Get Here?

Energy 88

Energy Physics Argumentation Mathematics 88

Stephen Wolfram

MARCH 15, 2023

And all I’ll be able to do here is give a snapshot of my current thinking—which will inevitably be incomplete—not least because, as I’ll discuss, trying to predict how history in an area like this will unfold is something that runs straight into an issue of basic science: the phenomenon of computational irreducibility.

Computer 105

Computer Biology Mathematics Economics 105

Stephen Wolfram

FEBRUARY 14, 2023

See also: “Wolfram|Alpha as the Way to Bring Computational Knowledge Superpowers to ChatGPT” » It’s Just Adding One Word at a Time That ChatGPT can automatically generate something that reads even superficially like human-written text is remarkable, and unexpected. But how does it do it? And why does it work?

Computer 145

Computer Architecture Mathematics Construction 145

Stephen Wolfram

FEBRUARY 2, 2023

Computational Foundations for the Second Law of Thermodynamics (forthcoming) 2. But it wasn’t long before I started hearing mentions that somewhere at the school there was a computer. I’d seen a computer in real life only once—when I was 10 years old, and from a distance. How Did We Get Here?

Physics 95

Physics Computer Mathematics Science 95