In a continuation of last week’s conversation, technology experts Jeffrey Funk and Robert J. Marks explore the question of where today’s technological innovation is fostered. Academia? Private corporations? The military? Since many universities now prize publication over innovation, much of the real progress is being made elsewhere. Additional Resources
John Carmack, a former Facebook executive who famously expressed doubts over Mark Zuckerberg’s ambitious metaverse project, thinks AI is “on the cusp” of simulating the human brain. Per a report from Futurism, Carmack sat down with Dallas Innovates and talked about the possibilities of AI, as well as its prime obstacle: an inconvenient thing called consciousness. Carmack said, The thing we don’t yet have is sort of the consciousness, the associative memory, the things that have a life and goals and planning. I mean, forget human brains; we don’t even have things that can act like a mouse or a cat.” Despite the far-off dream of developing consciousness in AI, Carmack thinks it’s plausible, given the great strides we’ve seen Read More ›
Walter Bradley Center director Robert J. Marks was a guest at C-SPAN 2 TV in July, discussing his book, Non-Computable You: What You Do That Artificial Intelligence Never Will (Discovery Institute Press, 2022), and we now have the transcript as well as the video: Here’s the link to the video. Excerpt: Peter Slen: Professor Marks, what’s the missing element in artificial intelligence? To make it sentient. To make it innovative too… The premise of my book is that it will never be there. There are certain things which are non computable. This goes back to the genius Alan Turing in the 1930s. Now, Turing is probably best known for helping crack the Enigma code that helped win World War II Read More ›
In last week’s podcast,, “The Chaitin Interview V: Chaitin’s Number,” Walter Bradley Center director Robert J. Marks continued his conversation with mathematician Gregory Chaitin, best known for Chaitin’s unknowable number. Last time, they looked at how Chaitin’s unknowable number relates to computer pioneer Alan Turing’s vexing halting problem in computer science. This time, they look at the way pure mathematics has a way of being highly practical: It creates a basis for new understanding, leading to technical breakthroughs: This portion begins at 09:50 min. A partial transcript, Show Notes, and Additional Resources follow. Gregory Chaitin: There are always going to be a few of us who like to do practical things. That’s part of my personality too, but there’s also, Read More ›
In this week’s podcast, “The Chaitin Interview III: The Changing Landscape for Mathematics,” Walter Bradley Center director Robert J. Marks interviewed mathematician and computer scientist Gregory Chaitin on many things, including whether the great discoveries in science are behind us — not due to lack of creativity or ability on the part of scientists — but to the growing power of corporate and government bureaucracies to stifle research. But then a question arises: Could science, succumbing to the swamp of bureaucracy, be losing that inventive edge? https://episodes.castos.com/mindmatters/Mind-Matters-126-Gregory-Chaitin.mp3 This portion begins at 24:56 min. A partial transcript, Show Notes, and Additional Resources follow. Gregory Chaitin: What did an airplane engineers say once in a speech I heard? He said, “In the Read More ›
Patent databases may be a smoke screen that hides the true issues, problems, and dynamics of innovation behind the illusion that innovation is booming—and that patent activity measures the boom. We are said to live in a time of remarkable innovation, with the computer/information revolution often compared to the Industrial Revolution in allowing people to produce more while working less. Economists, consultants, and other business gurus are striving mightily to quantify this revolution and to understand its sources and implications. One popular metric is the number of new patents issued each year. For example, the pace of innovation might be gauged by the fact that there were 669,434 US patent applications and 390,499 new patents awarded in 2019, each triple the Read More ›
Communism has been the target of many criticisms. The strongest deal with the mismatch between central planning and individuals’ desires for their lives and with the horrific human rights record of communist nations. Some scholars place the toll in human life due to communism at above 100 million in the 20th century. Those are criticisms of the practicality and ethics of communism. But is it also intrinsically flawed at a fundamental mathematical level? It turns out that the answer is yes. The basic idea behind central planning is this: If the central government makes most decisions that, in a freer society, individuals or small communities would make for themselves, more efficiency will follow—and, as a result, more prosperity. It doesn’t Read More ›
A senior editor at Wired told us a while back that science fiction writer H. G. Wells’s 1914 tale, The World Set Free, formed part of the inspiration for the atomic bomb, exploded over Hiroshima in 1945. … in the novel Wells imagines a new kind of bomb, based on a nuclear chain reaction. In this science fiction story Wells imagines that atomic energy would be discovered in 1933 (20 years in his future), and that the bomb would first explode in 1956. Wikipedia notes, “As fate or coincidence would have it, in reality the physicist Leó Szilárd read the book in 1932, conceived of the idea of nuclear chain reaction in 1933, and filed for patents on it in Read More ›
About the Big Tech companies, he says, “The story is not that they have done a lot of bad things but that they have not done enough good things. That remains the core challenge of Silicon Valley.”
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The slowing Funk refers to is in fundamental innovations like transistors and lasers. The apparent progress often turns out to be in patent applications for a bewildering array of comparatively insignificant mobile phone apps.
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The electronic devices communicate directly with sensory areas of the brain, bypassing damaged or destroyed eyes and limbs.
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The road to the success that Hal Philipp enjoys today was laced with landmines. When money starts rolling in, entrepreneurs must expect lawsuits. But perseverance and a strong character won the day.
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While the learning curve is not an exact science, the interesting part, in my view, is that such a non-physical mechanism can be measured at all.
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