In this episode, host Michael Egnor continues a conversation with Dr. William Dembski, a senior fellow at Discovery Institute’s Center for Science and Culture, about the relationship between the mind and the body. Dembski argues that if information is considered fundamental rather than matter, it dissolves the mind-body problem. He suggests that information is not constrained by the speed of light and can be exchanged through correlations, as seen in quantum mechanics. Dembski also discusses the concept of free will and how materialism denies its existence. He explores the idea of information as a fundamental concept in the natural world, analogous to energy, and discusses conservation of information and its relevance to Darwinian evolution. Dembski concludes by suggesting that an …
On this episode, host Michael Egnor speaks with Bill Dembski about the concept of information and its role in understanding the mind-body relationship. Dembski explains that information is a verb, representing the narrowing of possibilities and the constraining of contingency. He discusses how information can be understood in different contexts and how it relates to concepts such as meaning and communication. Dembski also introduces the concept of informational realism, which holds that information is the most fundamental aspect of reality. He argues that information is more real than matter and that even material entities disclose themselves informationally. Along the way, the interview touches on various philosophical perspectives, including idealism and Aristotelianism, and …
On this episode, host Michael Egnor speaks with Bill Dembski about the concept of information and its role in understanding the mind-body relationship. Dembski explains that information is a verb, representing the narrowing of possibilities and the constraining of contingency. He discusses how information can be understood in different contexts and how it relates to concepts such as meaning and communication. Dembski also introduces the concept of informational realism, which holds that information is the most fundamental aspect of reality. He argues that information is more real than matter and that even material entities disclose themselves informationally. Along the way, the interview touches on various philosophical perspectives, including idealism and Aristotelianism, and …
Our most advanced artificial intelligence systems, which I’m writing about in this series, require input of external information to keep them from collapsing.
It doesn’t even matter if the child is blind, deaf, or both. Barring developmental disorders (such as some forms of autism), the child can learn language.
I’m seeing people like Krauss assume the role as champions of traditional academic values (reason, merit, free discourse) against the barbarian hordes.
Twenty-five years ago, mathematician William Dembski unveiled a rigorous scientific method for detecting intelligent design in his book The Design Inference. Originally published by Cambridge University Press, Dembski’s landmark book sparked vigorous debate among scientists, scholars, and the public. In a dramatically expanded new edition, Dembski and co-author Winston Ewert show how Dembski’s method of design detection has stood the test of time, and they demonstrate its applicability to biology, cosmology, and daily life. For more information visit www.discovery.org/b/the-design-inference/. The New Design Inference: William Dembski Updates a Classic The Thesis of The Design Inference The Backstory of The Design Inference The Backlash to The Design Inference The Most …
Is there an empirical method to determine whether a system is the product of chance or design? On this ID The Future, physicist Brian Miller concludes a two-part conversation with Dr. William Dembski about a new updated second edition of his classic book The Design Inference. In many ways, the 2nd edition of The Design Inference is a brand new book. Dr. Dembski teases out what is new and updated, and he also discusses what it was like to team up with software engineer Winston Ewert on the project. He even gives us a sneak preview of his next book, covering the conservation of information. This is Part 2 of a two-part conversation.