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Curated Questions: Conversations Celebrating the Power of Questions!
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Episode Notes [03:47] Seth's Early Understanding of Questions [04:33] The Power of Questions [05:25] Building Relationships Through Questions [06:41] This is Strategy: Focus on Questions [10:21] Gamifying Questions [11:34] Conversations as Infinite Games [15:32] Creating Tension with Questions [20:46] Effective Questioning Techniques [23:21] Empathy and Engagement [34:33] Strategy and Culture [35:22] Microsoft's Transformation [36:00] Global Perspectives on Questions [39:39] Caring in a Challenging World Resources Mentioned The Dip by Seth Godin Linchpin by Seth Godin Purple Cow by Seth Godin Tribes by Seth Godin This Is Marketing by Seth Godin The Carbon Almanac This is Strategy by Seth Godin Seth's Blog What Does it Sound Like When You Change Your Mind? by Seth Godin Value Creation Masterclass by Seth Godin on Udemy The Strategy Deck by Seth Godin Taylor Swift Jimmy Smith Jimmy Smith Curated Questions Episode Supercuts Priya Parker Techstars Satya Nadella Microsoft Steve Ballmer Acumen Jerry Colonna Unleashing the Idea Virus by Seth Godin Tim Ferriss podcast with Seth Godin Seth Godin website Beauty Pill Producer Ben Ford Questions Asked When did you first understand the power of questions? What do you do to get under the layer to really get down to those lower levels? Is it just follow-up questions, mindset, worldview, and how that works for you? How'd you get this job anyway? What are things like around here? What did your boss do before they were your boss? Wow did you end up with this job? Why are questions such a big part of This is Strategy? If you had to charge ten times as much as you charge now, what would you do differently? If it had to be free, what would you do differently? Who's it for, and what's it for? What is the change we seek to make? How did you choose the questions for The Strategy Deck? How big is our circle of us? How many people do I care about? Is the change we're making contagious? Are there other ways to gamify the use of questions? Any other thoughts on how questions might be gamified? How do we play games with other people where we're aware of what it would be for them to win and for us to win? What is it that you're challenged by? What is it that you want to share? What is it that you're afraid of? If there isn't a change, then why are we wasting our time? Can you define tension? What kind of haircut do you want? How long has it been since your last haircut? How might one think about intentionally creating that question? What factors should someone think about as they use questions to create tension? How was school today? What is the kind of interaction I'm hoping for over time? How do I ask a different sort of question that over time will be answered with how was school today? Were there any easy questions on your math homework? Did anything good happen at school today? What tension am I here to create? What wrong questions continue to be asked? What temperature is it outside? When the person you could have been meets the person you are becoming, is it going to be a cause for celebration or heartbreak? What are the questions we're going to ask each other? What was life like at the dinner table when you were growing up? What are we really trying to accomplish? How do you have this cogent two sentence explanation of what you do? How many clicks can we get per visit? What would happen if there was a webpage that was designed to get you to leave? What were the questions that were being asked by people in authority at Yahoo in 1999? How did the stock do today? Is anything broken? What can you do today that will make the stock go up tomorrow? What are risks worth taking? What are we doing that might not work but that supports our mission? What was the last thing you did that didn't work, and what did we learn from it? What have we done to so delight our core customers that they're telling other people? How has your international circle informed your life of questions? What do I believe that other people don't believe? What do I see that other people don't see? What do I take for granted that other people don't take for granted? What would blank do? What would Bob do? What would Jill do? What would Susan do? What happened to them? What system are they in that made them decide that that was the right thing to do? And then how do we change the system? How given the state of the world, do you manage to continue to care as much as you do? Do you walk to school or take your lunch? If you all can only care if things are going well, then what does that mean about caring? Should I have spent the last 50 years curled up in a ball? How do we go to the foundation and create community action?…
Episode 14: How the World Came Together to Avoid Ozone Disaster
Manage episode 337463589 series 3381490
内容由PRX提供。所有播客内容(包括剧集、图形和播客描述)均由 PRX 或其播客平台合作伙伴直接上传和提供。如果您认为有人在未经您许可的情况下使用您的受版权保护的作品,您可以按照此处概述的流程进行操作https://zh.player.fm/legal。
In 1985, the British Antarctic Survey discovered something that shocked scientists around the world: the ozone layer had a hole in it. And the hole was growing very quickly. When they were presented with the problem, politicians and world leaders quickly came up with an international agreement to immediately reduce chlorofluorocarbons released into the atmosphere. It was a success story, and we could learn from it on climate change. Learn more at orbital.prx.org.
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87集单集
Manage episode 337463589 series 3381490
内容由PRX提供。所有播客内容(包括剧集、图形和播客描述)均由 PRX 或其播客平台合作伙伴直接上传和提供。如果您认为有人在未经您许可的情况下使用您的受版权保护的作品,您可以按照此处概述的流程进行操作https://zh.player.fm/legal。
In 1985, the British Antarctic Survey discovered something that shocked scientists around the world: the ozone layer had a hole in it. And the hole was growing very quickly. When they were presented with the problem, politicians and world leaders quickly came up with an international agreement to immediately reduce chlorofluorocarbons released into the atmosphere. It was a success story, and we could learn from it on climate change. Learn more at orbital.prx.org.
…
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87集单集
Semua episod
×Oliver Burkeman, author of 4000 Weeks: Time Management For Mortals, shares how perhaps it's not what's happening in life, but the fact that it happens at all as a sort of revelation to reboot us to be attuned to awe, wonder, and the present moment.
Listening to The Movies Why watch a movie if you can’t see the screen? Matthew and his friend Ben take in a Marx Brothers film and showcase the power of a good description. Blind Guy Travels is written and performed by Matthew Shifrin, and produced and sound-designed by Ian Coss. Blind Guy Travels is a production of Radiotopia from PRX and part of Radiotopia Presents, a podcast feed debuting limited-run, artist-owned series from new and original voices. Learn more about Blind Guy Travels and access transcripts at radiotopiapresents.fm and discover more shows from across the Radiotopia network at radiotopia.fm.…
*Due to a recording error this recording begins with Kellie Marie Tran answering a question* Join the creators and cast of the hit podcast Passenger List from PRX's Radiotopia for a fan-submitted Q&A about the mystery fiction series. This recording includes Kelly Marie Tran (Executive Producer, Voice of Kaitlin Le), John Dryden (Executive Producer and Show Creator), Lauren Shippen (Series Writer, Podcaster) and Meghan Fitzmartin (Series Writer), and is moderated by Jonathan Mitchell (host of the Radiotopia fiction podcast The Truth).…
All things in the cosmos have a lifespan, from the smallest particles to the most ancient suns. Everything has its season. Every season must come to an end. And this episode marks the end of Orbital Path. So, for the last transit of our podcast, Dr. Michelle Thaller and producer David Schulman join NASA astrobiologist Dr. Jen Eigenbrode on a site visit to one of Michelle’s very favorite places at Goddard Space Flight Center. It’s building 29, where NASA builds and tests spacecraft in some of the most extreme conditions found anywhere on earth. ? Orbital Path is produced by David Schulman. ? Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Hosted by Michelle Thaller. ? Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. ? For more about the show, visit orbital.prx.org…
Asteroids, as the dinosaurs found out, can have big effects on life on Earth. Sixty-five million years ago, an asteroid crashed into the Yucatán. The impact caused apocalyptic tsunamis and volcanic eruptions. Grit and ash blotted out the sun. It wiped out species that had roamed the Earth for millions of years. Yet asteroid hits also were critical to the origins of life on Earth. Asteroids may well have been the bringers of water, of carbon, even of amino acids — the building blocks of life. That’s a big reason why NASA is on a mission to Bennu. This asteroid is like an ancient fossil of our solar system — largely unchanged since the time the planets formed. In December, after a billion-mile journey, NASA’s Osiris-Rex mission arrives at Bennu. And, for the first time, a spacecraft will try to actually bring back an asteroid sample to Earth. On this episode of Orbital Path, Dr. Michelle Thaller sits down with Dr. Amy Simon — a senior scientist at NASA’s Goddard Space Flight Center, and a key player on the Osiris-Rex mission. Michelle and Amy talk about the mission, Amy’s work to probe the origins of the solar system, and one other thing: The remote chance that Bennu, someday, could collide with Earth. Orbital Path is produced by David Schulman. Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org…
To make a black hole, you need to think big. Really big. Start with a star much bigger than the sun — the bigger the better. Then settle in, and wait a few million years for your star to die. That should do the trick, if you want to get yourself a garden-variety black hole. But there’s another kind of black hole. They are mind-boggling in size. And deeply mysterious: Super-massive black holes. Last year, in the journal Nature, a team of astronomers reported finding one with the mass of 800 million suns. It’s the most distant black hole in the known universe. And it’s so ancient, it dates to a time when it seems light itself was only just beginning to move. On this episode of Orbital Path, Dr. Michelle Thaller talks with astrophysicist Chiara Mingarelli — Flatiron Research Fellow at the Center for Computational Astrophysics in New York. Using a special gravitational wave observatory, Dr. Mingarelli is part of a cadre of astronomers hoping ancient super-massive black holes will soon reveal mysteries dating to the dawn of our universe. Orbital Path is produced by David Schulman. Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org…
On September 15, 2018, the last Delta II rocket lifted off from Vandenberg Air Force base, in California. It carried into orbit IceSat-2 — a satellite equipped with perhaps the most sophisticated space laser ever built. NASA didn’t put it up there to shoot down rogue asteroids. Instead, it’s taking aim — with exquisite precision — at Earth. On this episode of Orbital Path, Dr. Michelle Thaller talks with Tom Wagner. He’s been looking forward to the launch of IceSat-2 for a decade. Officially, Wagner is NASA’s Program Scientist for the Cryosphere. That means he studies the frozen regions of the Earth: Antarctica. The Arctic Ocean. The glaciers of Greenland. All places critical to understanding our planet’s changing climate. From 300 miles above, the six laser beams of IceSat-2 won’t harm even the most light-sensitive earthling, Wagner says. But, as he describes it, the satellite will allow scientists to precisely map the retreat of ice at the poles. And that promises to teach us a great deal about how Earth’s climate will change in the years to come. Orbital Path is produced by David Schulman. Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org…
In this encore episode of Orbital Path (previously heard in October 2017), Brian Greene, a celebrated explainer of how our universe operates and the director of the Center for Theoretical Physics at Columbia University, sits down to talk with Dr. Michelle Thaller. We live our lives in three dimensions. But we also walk those three dimensions along a fourth dimension: time. Our world makes sense thanks to mathematics. Math lets us count our livestock, it lets us navigate our journeys. Mathematics has also proved an uncanny, stunningly accurate guide to what Brian Greene calls “the dark corners of reality.” But what happens when math takes us far, far beyond what we — as humans — are equipped to perceive with our senses? What does it mean when mathematics tells us, in no uncertain terms, that the world exists not in three, not in four — but in no fewer than 11 dimensions? Together they dig into the question of how we — as three-dimensional creatures — can come to terms with all those extra dimensions all around us. Learn more at orbital.prx.org…
To hear Leonard Susskind tell it, we are living in a golden age of quantum physics. And he should know. Susskind is a grandee of theoretical physics. In the 1960s, he was one of the discoverers of String Theory. His friends and collaborators over the years include the likes of Nobel Prize winners Gerard 't Hooft and Richard Feynman. And, for more than a decade, Susskind engaged in an intellectual clash of the Titans with Stephen Hawking — and came out on top. On this episode of Orbital Path, Dr. Michelle Thaller talks with Susskind about his extraordinary life in physics. And Susskind offers a tantalizing glimpse into his recent work on the holographic principle, which suggests our universe may be a far, far stranger place than humans have yet imagined. Orbital Path is produced by David Schulman. Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org…
For a long time, probably as long as we have been gazing up at the night sky, people have been asking ourselves: Are we alone? Is there life out there, anywhere else in the universe? For modern Earthlings, our fascination with extraterrestrial life has focussed on one place in particular: Mars. The planet today is a forbidding, arid place. But billions of years ago, Mars may have had a gigantic ocean. It was, like Earth, just the kind of place you’d think life could get started. Earlier this month, in the journal Science, NASA astrobiologist Dr. Jen Eigenbrode and her team published a stunning discovery. The Curiosity rover on Mars had found rocks that contain organic molecules — the building blocks of life. On this episode of Orbital Path, Dr. Michelle Thaller sits down with Eigenbrode to understand what this discovery really says about the possibility of life on Mars. This episode of Orbital Path was produced by David Schulman. Our editor is Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org…
Zoe is in 8th grade. She’s a student in Mr. Andersen’s Earth science class at a public school in Brooklyn. Lately, she’s been concerned about the future of the planet. Specifically, Zoe has been learning about the phenomenon of planetary dehydration — and she wanted to ask Dr. Michelle Thaller what would happen if Earth lost its water. It’s part of a new Orbital Path project called “Telescope,” where Dr. Michelle Thaller fields astronomy questions from public school students. Michelle says dehydration isn’t anything we’ll have to worry about in our lifetimes. But in 200 million years — not all that long, in astronomical terms — our planet could resemble the desert world of Frank Herbert’s “Dune.” Orbital Path is produced by David Schulman. The program is edited by Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Hosted by Dr. Michelle Thaller. The music heard in this episode is “Austin 1” by Manwomanchild. http://freemusicarchive.org/music/MANWOMANCHILD/Austin_1_single/…
Instead of grappling with the big, cosmic questions that preoccupy adults, this week on Orbital Path we’re doing something different. We’re grappling with the big, cosmic questions that preoccupy kids. It’s part of a new project called “Telescope,” where Dr. Michelle Thaller takes on the really big questions in astronomy—from public school students. In this episode, Michelle fields questions from Mr. Andersen’s Earth Science class at MS 442, a public school in Brooklyn. Sarah Cole asks about creating artificial gravity on spacecraft. And Carter Nyhan wonders whether the stars guiding mariners ancient and modern, were, by the time their light reached the earth, completely kaput. Is the twinkling night sky actually a graveyard of dead stars? Orbital Path is produced by David Schulman. The program is edited by Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Hosted by Dr. Michelle Thaller. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. For more about the show, visit orbital.prx.org Image credit: NASA image of the International Space Station, where gravity does, in fact, still apply.…
On August 17, 2017, an alert went out. Gravitational wave detectors in Louisiana and Washington state had detected a disturbance from deep space. The effect was subtle — these detectors and a sister site in Italy measure disturbances smaller than a proton. But the evidence was dramatic. And the story they told was truly cataclysmic: A pair of neutron stars had spiraled to their deaths. That apocalyptic collision of two super-dense stars bent the very fabric of space time — just as Einstein had predicted. It sent Gamma rays out into deep space. It created an immense cloud of gaseous gold. And, 130 million years later, astronomers on earth witnessed the final 100 seconds of these two stars’ dance of death. It’s taught us where gold came from, and helped humans understand other intractable mysteries of the universe. In this episode of Orbital Path, Dr. Michelle Thaller speaks with two astronomers who watched this cosmic death tango from the best seats in the house. We’ll hear from Dr. Vicky Kalogera. She’s Director of CIERA — the Center of Interdisciplinary Exploration and Research in Astrophysics at Northwestern University. Kalogera was a lead author on a journal article on the neutron star collision co-authored by close to 4,000 scientists. We’ll also hear from physicist Mike Landry. He’s Head of LIGO Hanford — one of the sites that, in collaboration with Italy’s VIRGO detector, measured the neutron stars’ characteristic gravitational waves. ?Orbital Path is produced by David Schulman. The program is edited by Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Hosted by Dr. Michelle Thaller. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance. More at sloan.org?? Image credit: CALTECH/NSF/LIGO Sonoma State University/A. Simonnet Audio chirp credit: LIGO/University of Oregon/Ben Farr For more about the show, visit orbital.prx.org…
Scientists in 1985 discovered something that threatened the world we live in: The ozone layer had a hole in it. A big one. And this hole was growing very quickly. If it continued to grow, the consequences would be dire. Presented with the science, world leaders came up with an international agreement. The Montreal Protocol, as the treaty was called, may elicit shrugs today. But it staved off disaster for Earth. It was a remarkable success story, and our planet today would be a very different place if not for the Montreal Protocol and the so-called “blue sky” scientific research — research for curiosity’s sake — that led to the discovery of the rapid deterioration of the ozone layer, and its causes In this episode, we return to a program originally broadcast in January 2017 — one that is perhaps even more relevant today. Orbital Path is from PRX and produced by David Schulman. Justin O’Neill produced this episode. Orbital Path is edited by Andrea Mustain, with production oversight by John Barth and Genevieve Sponsler. Hosted by Dr. Michelle Thaller. Support for Orbital Path is provided by the Alfred P. Sloan Foundation, enhancing public understanding of science, technology, and economic performance.…
In this darkest season of the year, Dr. Michelle Thaller and NASA astronomer Andrew Booth curl up by the fire. Gazing into the embers, red wine in hand, they consider the meaning of the winter solstice — on other planets. Like Uranus, where parts of the planet go 42 earth years without seeing the sun. Or Mars, where winters are made colder by an orbit politely described as “eccentric.” Or Saturn — where winter’s chill is deepened by the shadow of the planet’s luminous rings. Marshmallow, anyone? ?Orbital Path is produced by David Schulman. The program is edited by Andrea Mustain. Production oversight by John Barth and Genevieve Sponsler. Hosted by Dr. Michelle Thaller.?? For more about the show, visit orbital.prx.org Photo: NASA…
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