The Stephen Wolfram Podcast – Details, episodes & analysis

Stephen Wolfram answers questions from his viewers about the future of science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: Continuing the dinosaur theme, is it possible biology can repeat patterns of evolution? Is it possible for dinosaur-like creatures to reappear? - Why is it as technology advances, it goes through phases of bigger to smaller to bigger? I've seen this with phones, computers, TVs, cars, etc. What does this say for the future of technology? - ​​What would be the future of the personal computing paradigm? Would we see more remote cloud-like computing and storage in the future, essentially making personal computing devices obsolete? - The current AI/LLM models aren't good at the mathematical and statistical computational methods. What areas do you think should be focused on in computer science and mathematics to teach these models to be better at computation and assist researchers and scientists? - What do you think of the amount of data that gets processed or code that is run in terms of bytes vs. bytes that are used for storage in the world? - What exactly is 5G? How is it different from 4G or 3G? - Nowadays, instead of getting higher resolution, we can get higher color range and frame rate. - If AI is being used for autonomous vehicles, then presumably technology could improve to the level where vehicles could "see around corners" by different vehicles communicating with each other, buildings, etc.–so the video stream is from multiple perspectives? - Taking the concept further, could vehicles on a motorway and those joining seamlessly interweave at high speeds safely and traffic be diverted automatically in real time to ensure that there are no blockages etc.? - Turns out that as computer displays get better, our sensor limitations turn out to be higher than we used to think. - I recall reading something saying that 5G and low-latency connectivity would be important for self-driving cars. That seems somewhat unlikely to be an important component of self-driving now. - What's the future of fiber optics? - In the future, will cell towers be more advanced to prevent dead zones?

Stephen Wolfram answers questions from his viewers about the history of science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: How are new words adopted into language? Can anyone invent a new word, or are there certain processes? ​​ - Who discovered the dinosaurs? How has technology assisted with research?​​ - ​​Which ecosystem could accommodate woolly elephants?​​ - ​​Isn't it so strange that every kid has a passion for dinosaurs?​​ - A subset of dinosaurs evolved into birds.​​ - Aren't bees considered too fat to fly?​​ - How has our understanding of the asteroid impact theory evolved since its introduction in the 1980s?​​ - ​​If it were technically possible, would submarines be more efficient if they copied fish or aquatic mammals?​​ - In your background, I see minerals or corals. Do you like petrology?​​ - In popular culture, dinosaurs are often portrayed as solitary and aggressive creatures, akin to fierce monsters. However, scientific research suggests that many dinosaurs may have had complex social behaviors and interpersonal relationships. Could you share an example of a dinosaur whose social behavior has been discovered or hypothesized based on fossil evidence? How do these discoveries influence our perception of dinosaurs, and how they are portrayed in the media?​​ - What came first, the dinosaur or the egg?​​ - How much computational irreducibility exists in DNA engineering?​​ - ​​Do you know what the first written description of human handedness was? There are some depictions and artifacts, but when did we realize "some people are like this"? - ​Did Isaac Newton get the idea for the inverse square law of gravity from reading a book by Giovanni Alfonso Borelli?​​ - Are there good simulations of warm periods of the Earth?​​ - What would be the physics on Earth with such huge creatures like the dinosaurs? To grow that big, they would have to either have a lot of food or the gravity must have been weirder. - ​​Yeah, there's not enough logged data for that to be predicted accurately, IMO. When did they start keeping track of the average temperature, the ~1920s?​​ - ​​During the time of the dinosaurs, atmospheric oxygen levels were significantly higher, which contributed to the existence of very large insects.​​ - When a space shuttle reenters Earth's atmosphere, does it affect our protection from solar and cosmic radiation? Could this piercing of Earth's barrier impact the stability of the magnetosphere? Is it like a wound that closes gradually or immediately?​​

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: ​How rare was the recent New Jersey earthquake? How can we predict future earthquakes? - The Indian Plate is moving very fast. It's increasing the height of Mt. Everest by six centimeters every year. - I wonder if digging for oil and fracking, etc., have any effect on the plates? - How do earthquakes cause tsunamis? - It seems like studying underwater earthquakes vs. those on land might be a good way to investigate the "lubrication effect." - Solitary waves were discovered by the naval architect John Scott Russell in 1834. - Anything particularly interesting or surprising from the solar eclipse? It appeared that leading up to it, between the book and website, it was better understood than any previous solar eclipse before it happened. Now that it has happened, what interesting findings have there been, if any? - What causes Earth to have different biomes? - Why is there only one species of human? What happened to Neanderthals? - How do astronomers determine the composition of planets and stars that are light years away from us?

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: Could every exoplanet have a habitable zone if one could get just far enough away from the star? What makes a planet habitable? - Why do we measure sound using decibels? - What advances in synthetic biology do you think will happen in the short term, the long term and the very long term? Have you visited Ginkgo Bioworks in Boston? - AI-designed proteins that do biocomputation - These processes, in the case of life, exist in a coevolved physiochemical balance. That would be hard to reproduce. - How do you think space travel will change/improve as technology advances? Will it become a regular form of transportation sometime in the future? - When helicopters were first developed, people thought they would transform cities and be our new taxis. But they're too expensive. - On the subject of shorter travel times, I remember Heinlein suggesting in his books using suborbital rockets to travel between destinations. Would such an idea be too expensive for companies to run? Or would such an idea be feasible to cut travel time? - I think the cost and safety risks associated with space and underwater ocean tourism will keep them from ever being commonplace. - Now your perspective on what's possible for travel is different than the younger generations. - In relation to what you are saying about air travel, cellphones and computers, all of those technologies went through a long period (10+ years) of being luxury goods that only the richest people on Earth could use. The same will probably be true for space travel. Do you think that problem will get better or worse over time?

Stephen Wolfram answers questions from his viewers about business, innovation, and managing life as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-business-qa

Questions include: How did you begin your journey into the livestreaming world? It's not something I see most CEOs doing, and I must say it is enjoyable to see one such as yourself be available in such an open capacity to share your knowledge and engage with others. - Do you ever get overwhelmed with decision fatigue, dealing with so many topics and the feeling that you will never get everything done? - Have you ever made a bad decision on a project? Do you own up to it? What do you do about it? - Estimating the time to build a feature is hard. Have you found any task-estimation practice that works well? - Do you have unconditional confidence? - What allows us as human beings to be successful in our endeavors despite disbelief, discouragement, etc., while attempting to solve our problems in the world implementing tech, science and other domains? - Ideas can be great. Implementation will define how they go over. - What strategies can be used to break down research projects into tasks that can be distributed to collaborators in order to leverage the fact of being a group? - Do you think a career working on AI tools for use in science and mathematics is likely to have a big, positive impact?

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: Is there a way to digitize DNA sequences and examine them? - ​Is a complete family tree of humanity with billions of connections a realistic possibility? - Is DNA a tree or a semi-lattice? - How likely is it that genetic engineering can create many mammalian species with superhuman intelligence? - Can you speak on epigenetics? Has this effectively resolved the nature vs. nurture question by turning it into an invalid question? - Do viruses play an important part in evolution? - How does the brain distinguish signals coming from different senses? What is the difference between the signals coming from the eye vs. the ear? If everything is ultimately an electrical signal, is this not a difference in degree instead of kind? - What are the implications regarding the ability for the brain to acquire another sense that is unlike the five senses we already have?

Stephen Wolfram answers questions from his viewers about the history of science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

What would you say is the most important human-designed algorithm of all time? - Historically, who has led the trends in science, practitioners or academics? - Did Richard Feynman really think that "philosophy is baloney"? Did you ever discuss non-physics subjects? - If simulation becomes sufficiently good in the future, will it cause experimental scientists to be out of a job? - How did we go about solving the goat problem? - According to the history of science, what might be the ratio of the number of minor paradigm shifts to the number of major paradigm shifts? - What was the fifth class of cellular automata that almost was, which you mentioned in your personal history paper? - ​Has an idea like the ruliad existed before, or is this a novel object? - Neural networks show that combining two seemingly unrelated fields of research can produce great results, but our academic and business cultures are focused more on specialization. Your thoughts? - What would a modern analog computer look like today?

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: How do we predict weather? - Basically, weather forecasting is an excellent example of computational irreducibility. - Can you discuss your recent blog on the second law of thermodynamics?

Stephen Wolfram answers questions from his viewers about business, innovation, and managing life as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-business-qa

Questions include: Congratulations on the recent blog post! Can you talk about the process of writing a blog post like this? Why did you decide to do a three-part series? - Congratulations! Refreshing. Great timing, as thermodynamics is now used in generative AI models, i.e. nonequilibrium thermodynamics. - What are your thoughts on salaries and compensation, especially for virtual/remote companies that employ people from different locations? - I really like the way you define different writing styles for different projects. What led you to do that? How do you define the limits of an article or book and go through the writing process? - I find that when I write something up and I have to back up all my assertions, I reveal what I should've been investigating in the first place. - ​How should one go about learning how to split equity when founding a company? How do you know if you are giving too much or too little? - You said you can understand French. Are there any other languages you're familiar with? Are there other languages you would like to learn or wish you would've learned? - Do you recommend exposing children to a second language? Is it harder to learn another language as you get older?

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series, also available on YouTube here: https://wolfr.am/youtube-sw-qa

Questions include: Do you think it's possible to sustain life on Mars? How far into the future do you see this happening? - Maybe biological switches would change everything for a biological machine. - Could you explain the fundamental principles of biology? - Aren't neurons the biological analog of switches? - Can machine learning help solve inverse scattering problems where the forward scattering problem is highly nonlinear? - How do x-rays work to see only the bones and ignore skin? - I think bone opacity also comes down to water contents (there is just more water in tissue). - Can those x-rays be used for automatic detection of changes within the molecule structure of crystallized solids as well? - Do you think ecology will play an important role in understanding molecular computation? - Ecology is a complex system. Physics is easy: just analyze a single particle's or body's motion. Ecology has vast interconnections and mechanisms.