The post presents the ruliad as a foundational concept that bridges science and metaphysics, offering insights into existence and the laws of nature through computational processes.
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Stephen Wolfram is a pioneer in computational thinking, creator of Mathematica, and CEO of Wolfram Research.
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The blog post explores the concept of lambdas in computation, tracing their historical significance and technical details. It discusses the representation of lambdas, their evaluation through beta reduction, and the complexities i...
The post examines the P vs. NP problem through empirical studies of Turing machines, highlighting the complexities of computation and the challenges of establishing definitive computational limits.
The text explores the concept of 'bulk orchestration' in living systems, emphasizing how molecular behavior is not random but orchestrated towards achieving specific purposes. It introduces the idea of a 'rulial ensemble'—a collec...
Ruliology is a new science that studies the behavior of systems defined by simple rules, revealing insights into complexity and the computational universe.
The post discusses the influx of amateur theories about fundamental physics, often lacking depth and understanding of modern scientific principles. The author, Stephen Wolfram, reflects on the challenges faced by those attempting ...
Wolfram Language serves as a foundational tool to enhance LLM capabilities through precise computation and innovative integration methods like computation-augmented generation.
The blog post introduces Wolfram Compute Services, a new feature in Wolfram Language that allows users to scale computations easily by submitting jobs to a cloud-based service. It explains how to use RemoteBatchSubmit to handle la...
Version 14.3 of Wolfram Language and Mathematica introduces significant updates, including long-requested features, dark mode support, enhanced AI integration, and improved visualization capabilities. Key highlights include the No...
The text discusses the possibility of having bigger brains and the implications of such a change. It explores the potential capabilities and limitations of brains with more neurons, and the relationship between brains and language...
The text discusses the arc of progress in engineering and innovation over the past half a century using the Game of Life cellular automaton. It explores the systematic study of innovation and the development of engineering structu...
The text discusses the possibility of creating a computational framework to study the essential features of medicine without engaging with all of its details. It explores the use of computational models to study the foundations of...
Version 14.2 of Wolfram Language & Mathematica has been released, with new features and enhancements. The release includes 80 new functions and 177 updated functions, with a focus on handling big tabular data. The release also int...
The text discusses the discovery of a simple axiom system for Boolean algebra and the challenges in understanding the proof of the theorem. It explores the use of automated theorem proving and the complexity of the proof, raising ...
The blog post introduces the Wolfram Notebook Assistant, a revolutionary technology that allows users to communicate their ideas in their own words and then generates a computational implementation. It is a serious, deep piece of ...
The blog post discusses the results and surprises found in a simple adaptive cellular automaton model that captures the essence of biological evolution. It describes the interplay between computational irreducibility and fitness f...
0On the Nature of Time
2024-10-08 •
The text discusses the nature of time from a computational perspective, exploring the relationship between time and computation, the role of observers, the flow of time, and the multithreaded nature of time. It also delves into th...
0Nestedly Recursive Functions
2024-09-27 •
Stephen Wolfram discusses his surprising discovery of nestedly recursive functions and the complex behavior they exhibit. He explores various examples of these functions, such as P312, T212, T311, and S10, and analyzes their evalu...
Stephen Wolfram reflects on the most productive five years of his life, which included writing nine books, 3939 pages of writings, 499 hours of podcasts, 1369 hours of livestreams, and 14 software product releases. He embarked on ...
The text discusses the mystery of machine learning and the lack of understanding of the foundations of machine learning. It explores minimal models that are more directly amenable to visualization and how machine learning is a con...
The blog post discusses the new features and functions in Version 14.1 of Wolfram Language & Mathematica. It covers topics such as astronomical graphics, new level of astronomical computation, geometry with color, new computation ...
0Ruliology of the “Forgotten” Code 10
2024-06-01 •
Stephen Wolfram shares his favorite science discovery from June 1, 1984, which led to the concept of computational irreducibility. He discusses his discovery of 'code 10' and its behavior, highlighting its complexity and randomnes...
The text discusses the essence of biological evolution and machine learning as adaptive processes. It explores the idea of biological organisms as computational systems that develop by following simple underlying rules. The author...
The text discusses the history of predicting solar eclipses, from ancient times to modern science. It explains the methods used to predict eclipses and the history of astronomy. It also delves into the science behind why eclipses ...