How will AI Affect Education, the Arts & Society? - Highlights - STEPHEN WOLFRAM

How will AI Affect Education, the Arts & Society? - Highlights - STEPHEN WOLFRAM

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Computer Scientist · Mathematician · Theoretical Physicist
Founder/CEO of Wolfram Research · Creator of Mathematica · Wolfram|Alpha

I think as there is more automation, there is more kind of emphasis on this question of our choice. The story of the development of things tends to be what do humans decide that they care about? In what direction do they want to go? What kind of art do they want to make? What kinds of things do they want to think about? There is in the computational universe of all possibilities, there is sort of infinite creativity.

What Role Do AI & Computational Language Play in Solving Real-World Problems?

What Role Do AI & Computational Language Play in Solving Real-World Problems?

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Computer Scientist · Mathematician · Theoretical Physicist
Founder/CEO of Wolfram Research · Creator of Mathematica · Wolfram|Alpha

I think as there is more automation, there is more kind of emphasis on this question of our choice. The story of the development of things tends to be what do humans decide that they care about? In what direction do they want to go? What kind of art do they want to make? What kinds of things do they want to think about? There is in the computational universe of all possibilities, there is sort of infinite creativity.

Is understanding AI a bigger question than understanding the origin of the universe? - Highlights, NEIL JOHNSON

Is understanding AI a bigger question than understanding the origin of the universe? - Highlights, NEIL JOHNSON

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Professor of Physics · GWU · Head of the Dynamic Online Networks Lab

It gets back to this core question: Why AI comes out with what it does. That's the burning question. It's like it's bigger than the origin of the universe to me as a scientist, and here's the reason why. The origin of the universe, it happened. That's why we're here. It's almost like a historical question asking why it happened. The AI future is not a historical question. It's a now and future question.

How can physics help solve real world problems? - NEIL JOHNSON, Head of Dynamic Online Networks Lab

How can physics help solve real world problems? - NEIL JOHNSON, Head of Dynamic Online Networks Lab

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Professor of Physics · GWU · Head of the Dynamic Online Networks Lab

It gets back to this core question: Why AI comes out with what it does. That's the burning question. It's like it's bigger than the origin of the universe to me as a scientist, and here's the reason why. The origin of the universe, it happened. That's why we're here. It's almost like a historical question asking why it happened. The AI future is not a historical question. It's a now and future question.

Exploring Science, Music, AI & Consciousness with MAX COOPER - Highlights

Exploring Science, Music, AI & Consciousness with MAX COOPER - Highlights

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Electronic Musician · Fmr. Computational Biologist

As technology becomes more dominant, the arts become ever more important for us to stay in touch the things that the sciences can't tackle. What it's actually like to be a person? What's actually important? We can have this endless progress inside this capitalist machine for greater wealth and longer life and more happiness, according to some metric. Or we can try and quantify society and push it forward. Ultimately, we all have to decide what's important to us as humans, and we need the arts to help with that. So, I think what's important really is just exposing ourselves to as many different ideas as we can, being open-minded, and trying to learn about all facets of life so that we can understand each other as well. And the arts is an essential part of that.

What can music teach us that science can’t? - MAX COOPER - Musician, Fmr. Computational Biologist

What can music teach us that science can’t? - MAX COOPER - Musician, Fmr. Computational Biologist

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Electronic Musician · Fmr. Computational Biologist

As technology becomes more dominant, the arts become ever more important for us to stay in touch the things that the sciences can't tackle. What it's actually like to be a person? What's actually important? We can have this endless progress inside this capitalist machine for greater wealth and longer life and more happiness, according to some metric. Or we can try and quantify society and push it forward. Ultimately, we all have to decide what's important to us as humans, and we need the arts to help with that. So, I think what's important really is just exposing ourselves to as many different ideas as we can, being open-minded, and trying to learn about all facets of life so that we can understand each other as well. And the arts is an essential part of that.

How can we imagine future societies that are sustainable & enjoyable for all? - Highlights - PAOLA SPINOZZI

How can we imagine future societies that are sustainable & enjoyable for all? - Highlights - PAOLA SPINOZZI

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Coordinator, Phd Programme, Environmental Sustainability & Wellbeing · University of Ferrara
Co-editor of Cultures of Sustainability and Wellbeing: Theories, Histories and Policies

The humanities are all about representing the world, while the sciences are all about knowing the world. But I believe the roles are deeply intertwined, and that literature, the humanities, philosophy, history, and the arts are all ways of knowing the world. They do exactly the same thing in our understanding of the world. And it is really important to try to put these things together to bring people closer in talking to each other.

Literature, Humanities & Sustainability: PAOLA SPINOZZI - Coordinator, Phd Programme, Environmental Sustainability & Wellbeing, UNIFE

Literature, Humanities & Sustainability: PAOLA SPINOZZI - Coordinator, Phd Programme, Environmental Sustainability & Wellbeing, UNIFE

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Coordinator, Phd Programme, Environmental Sustainability & Wellbeing · University of Ferrara
Co-editor of Cultures of Sustainability and Wellbeing: Theories, Histories and Policies

The humanities are all about representing the world, while the sciences are all about knowing the world. But I believe the roles are deeply intertwined, and that literature, the humanities, philosophy, history, and the arts are all ways of knowing the world. They do exactly the same thing in our understanding of the world. And it is really important to try to put these things together to bring people closer in talking to each other.

Highlights - MARK MASLIN - Author of How To Save Our Planet: The Facts - Professor, Earth System Science, UCLondon

Highlights - MARK MASLIN - Author of How To Save Our Planet: The Facts - Professor, Earth System Science, UCLondon

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Author of How To Save Our Planet: The Facts
Professor of Earth System Science at University College London

I think the most important thing is realizing how much impact humans have had on the planet. For example, did you know that we move more rock and sediment than all the natural processes put together? We also have created enough concrete already to cover the whole world in a layer that's two millimeters thick, and that includes the oceans. We have also created and make something like 300 million tons of plastic every single year, which we know ends up in our rivers. It ends up in our oceans. And we've also found that microplastics have been found in human blood. So this is the impact we're having all around the world. We've also cut down 3 trillion trees, that's half the trees on the planet. We have doubled carbon dioxide in the atmosphere. We've increased methane by about 150%, which has led to a warming of the planet of about 1.2 degrees Celsius. And If you weigh the land mammals, 30% of that weight is us humans. There are 8 billion of us, and I have to say a few of us could lose a few pounds, but 67% of that weight is our livestock. And just 3% is those wild animals. So in less than 5,000 years, we've gone from 99% being wild animals to less than 3%. That's how much impact we humans have had on the planet.

MARK MASLIN - Author of How To Save Our Planet: The Facts - Professor, Earth System Science, University College London

MARK MASLIN - Author of How To Save Our Planet: The Facts - Professor, Earth System Science, University College London

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Author of How To Save Our Planet: The Facts
Professor of Earth System Science at University College London

I think the most important thing is realizing how much impact humans have had on the planet. For example, did you know that we move more rock and sediment than all the natural processes put together? We also have created enough concrete already to cover the whole world in a layer that's two millimeters thick, and that includes the oceans. We have also created and make something like 300 million tons of plastic every single year, which we know ends up in our rivers. It ends up in our oceans. And we've also found that microplastics have been found in human blood. So this is the impact we're having all around the world. We've also cut down 3 trillion trees, that's half the trees on the planet. We have doubled carbon dioxide in the atmosphere. We've increased methane by about 150%, which has led to a warming of the planet of about 1.2 degrees Celsius. And If you weigh the land mammals, 30% of that weight is us humans. There are 8 billion of us, and I have to say a few of us could lose a few pounds, but 67% of that weight is our livestock. And just 3% is those wild animals. So in less than 5,000 years, we've gone from 99% being wild animals to less than 3%. That's how much impact we humans have had on the planet.

Highlights - Julio Ottino - Founding Co-Director of Northwestern Institute on Complex Systems

Highlights - Julio Ottino - Founding Co-Director of Northwestern Institute on Complex Systems

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Julio Ottino is an artist, researcher, author, and educator at Northwestern University. He is the author, with Bruce Mau, of The Nexus: Augmented Thinking for a Complex World - The New Convergence of Art, Technology, and Science. He was the founding co-director of the Northwestern Institute on Complex Systems. In 2008, he was listed in the “One Hundred Engineers of the Modern Era”. In 2017, he was awarded the Bernard M. Gordon Prize for Innovation in Engineering and Technology Education from the National Academy of Engineering.

Today's complex problems demand a radically new way of thinking — one in which art, technology, and science converge to expand our creativity and augment our insight. Creativity must be combined with the ability to execute; the leaders and innovators of the future will have to understand this balance and manage such complexities as climate change and pandemics. The place of this convergence is THE NEXUS. In this provocative and visually striking book, Julio Mario Ottino and Bruce Mau offer a guide for navigating the intersections of art, technology, and science.

This interview was conducted by Mia Funk and Riya Patel with the participation of collaborating universities and students. Associate Interviews Producer on this episode was Riya Patel.

Mia Funk is an artist, interviewer and founder of The Creative Process & One Planet Podcast (Conversations about Climate Change & Environmental Solutions).

Julio Ottino - Author of “The Nexus: Augmented Thinking for a Complex World - The New Convergence of Art, Technology, and Science”


Julio Ottino - Author of “The Nexus: Augmented Thinking for a Complex World - The New Convergence of Art, Technology, and Science”


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Julio Ottino is an artist, researcher, author, and educator at Northwestern University. He is the author, with Bruce Mau, of The Nexus: Augmented Thinking for a Complex World - The New Convergence of Art, Technology, and Science. He was the founding co-director of the Northwestern Institute on Complex Systems. In 2008, he was listed in the “One Hundred Engineers of the Modern Era”. In 2017, he was awarded the Bernard M. Gordon Prize for Innovation in Engineering and Technology Education from the National Academy of Engineering.

Today's complex problems demand a radically new way of thinking — one in which art, technology, and science converge to expand our creativity and augment our insight. Creativity must be combined with the ability to execute; the leaders and innovators of the future will have to understand this balance and manage such complexities as climate change and pandemics. The place of this convergence is THE NEXUS. In this provocative and visually striking book, Julio Mario Ottino and Bruce Mau offer a guide for navigating the intersections of art, technology, and science.

This interview was conducted by Mia Funk and Riya Patel with the participation of collaborating universities and students. Associate Interviews Producer on this episode was Riya Patel.

Mia Funk is an artist, interviewer and founder of The Creative Process & One Planet Podcast (Conversations about Climate Change & Environmental Solutions).

Highlights - Jay Famiglietti - Exec. Director - Global Institute for Water Security, Host of “What About Water?” Podcast

Highlights - Jay Famiglietti - Exec. Director - Global Institute for Water Security, Host of “What About Water?” Podcast

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Hydrologist, Executive Director of the Global Institute for Water Security, U of Saskatchewan
Host of the Podcast What About Water?

I think water is taking a backseat and personally, I feel like water is the messenger that delivers the bad news of climate change to your front door. So in the work that I do, it's heavily intertwined, but it's taking a backseat. There are parts about water that are maybe separate from climate change, and that could be the quality discussions, the infrastructure discussions, although they are somewhat loosely related to climate change and they are impacted by climate change. That's sometimes part of the reason why it gets split off because it's thought of as maybe an infrastructure problem, but you know, the changing extremes, the aridification of the West, the increasing frequency, the increasing droughts, these broad global patterns that I've been talking about, that I've been looking at with my research – that's all climate change. Just 100% climate change, a hundred percent human-driven. And so it does need to be elevated in these climate change discussions.

Jay Famiglietti - Hydrologist, Exec. Director - Global Institute for Water Security, Host of "What About Water?" Podcast

Jay Famiglietti - Hydrologist, Exec. Director - Global Institute for Water Security, Host of "What About Water?" Podcast

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Hydrologist, Executive Director of the Global Institute for Water Security, U of Saskatchewan
Host of the Podcast What About Water?

I think water is taking a backseat and personally, I feel like water is the messenger that delivers the bad news of climate change to your front door. So in the work that I do, it's heavily intertwined, but it's taking a backseat. There are parts about water that are maybe separate from climate change, and that could be the quality discussions, the infrastructure discussions, although they are somewhat loosely related to climate change and they are impacted by climate change. That's sometimes part of the reason why it gets split off because it's thought of as maybe an infrastructure problem, but you know, the changing extremes, the aridification of the West, the increasing frequency, the increasing droughts, these broad global patterns that I've been talking about, that I've been looking at with my research – that's all climate change. Just 100% climate change, a hundred percent human-driven. And so it does need to be elevated in these climate change discussions.

Highlights - Johnjoe McFadden - Author of “Life is Simple” - Prof. Molecular Genetics, Assoc. Dean - U of Surrey

Highlights - Johnjoe McFadden - Author of “Life is Simple” - Prof. Molecular Genetics, Assoc. Dean - U of Surrey

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Author of Life is Simple: How Occam’s Razor Set Science Free and Shapes the Universe
Co-author of Life on the Edge: The Coming of Age of Quantum Biology
Professor of Molecular Genetics & Assoc. Dean (Int’l) · University of Surrey

I think that's what art is all about is communicating these big, complex objects, which are ideas inside our head, but in a non-dissected way in which the object isn't completely dissected, or it's dissected in such a way it can be reassembled in somebody else's mind. So you get a full experience of what the artist had or as close as he or she can make it. So I think that to me is what art does. It's a way of communicating these wonderful ideas and feelings that we have inside our heads. And they're trapped there, and art allows you - by playing music or painting, or writing poetry... - it allows you to communicate this in this holistic kind of way.

Johnjoe McFadden - Author of “Life is Simple: How Occam’s Razor Set Science Free and Shapes the Universe”

Johnjoe McFadden - Author of “Life is Simple: How Occam’s Razor Set Science Free and Shapes the Universe”

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Author of Life is Simple: How Occam’s Razor Set Science Free and Shapes the Universe
Co-author of Life on the Edge: The Coming of Age of Quantum Biology
Professor of Molecular Genetics & Assoc. Dean (Int’l) · University of Surrey

I think that's what art is all about is communicating these big, complex objects, which are ideas inside our head, but in a non-dissected way in which the object isn't completely dissected, or it's dissected in such a way it can be reassembled in somebody else's mind. So you get a full experience of what the artist had or as close as he or she can make it. So I think that to me is what art does. It's a way of communicating these wonderful ideas and feelings that we have inside our heads. And they're trapped there, and art allows you - by playing music or painting, or writing poetry... - it allows you to communicate this in this holistic kind of way.

Highlights - Kent Redford - Co-author, ”Strange Natures: Conservation in the Era of Synthetic Biology”

Highlights - Kent Redford - Co-author, ”Strange Natures: Conservation in the Era of Synthetic Biology”

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Co-author of Strange Natures: Conservation in the Era of Synthetic Biology
Principal at Archipelago Consulting · Former VP for Conservation Science & Strategy, Wildlife Conservation Society

The field of synthetic biology, which is known by some as extreme genetic engineering – that's a name mostly used by people who don't like it. It amounts to a set of tools that humans have developed to be able to very precisely and accurately change the genetic code, the DNA of living organisms in order to get those organisms to do things that humans want. So the applications in medicine are predominantly devoted to trying to make us healthier people, and they range from some really exciting work on tumor biology to work on the microbiome, which is all of the thousands and tens of thousands of species that live on our lips, our mouths, our guts, our skin. And in agriculture, it's primarily directed at crop genetics, trying to improve the productivity of crops, the nutritional value of crops, the ability of crops to respond to climate change, and a whole variety of other things. Some people may have heard of one of these tools called CRISPR used to very precisely alter the sequences of DNA.

Kent Redford - Co-author of "Strange Natures: Conservation in the Era of Synthetic Biology”

Kent Redford - Co-author of "Strange Natures: Conservation in the Era of Synthetic Biology”

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Co-author of Strange Natures: Conservation in the Era of Synthetic Biology
Principal at Archipelago Consulting · Former VP for Conservation Science & Strategy, Wildlife Conservation Society

The field of synthetic biology, which is known by some as extreme genetic engineering – that's a name mostly used by people who don't like it. It amounts to a set of tools that humans have developed to be able to very precisely and accurately change the genetic code, the DNA of living organisms in order to get those organisms to do things that humans want. So the applications in medicine are predominantly devoted to trying to make us healthier people, and they range from some really exciting work on tumor biology to work on the microbiome, which is all of the thousands and tens of thousands of species that live on our lips, our mouths, our guts, our skin. And in agriculture, it's primarily directed at crop genetics, trying to improve the productivity of crops, the nutritional value of crops, the ability of crops to respond to climate change, and a whole variety of other things. Some people may have heard of one of these tools called CRISPR used to very precisely alter the sequences of DNA.

Highlights - Jack Horner - Renowned Paleontologist - Technical Advisor, Jurassic Park/World Films

Highlights - Jack Horner - Renowned Paleontologist - Technical Advisor, Jurassic Park/World Films

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Renowned Dinosaur Paleontologist
Technical Advisor on all Jurassic Park / Jurassic World Films

I found my first fossil when I was six years old. And I found my first dinosaur bone when I was eight, my first dinosaur skeleton when I was 13. When I was a kid, I knew I wanted to be a paleontologist, and I didn't think there was much hope for it, though. I was doing very poorly in school. I think I was always a pretty positive kid. And so even though I wasn't doing well in school, I was really happy about the fact that I was finding all these cool fossils, and I was making collections. I don't know when it came to me that I would do this, but I think I just was born this way.

Jack Horner - Renowned Dinosaur Paleontologist - Technical Advisor, Jurassic Park/World Films

Jack Horner - Renowned Dinosaur Paleontologist - Technical Advisor, Jurassic Park/World Films

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Renowned Dinosaur Paleontologist
Technical Advisor on all Jurassic Park / Jurassic World Films

I found my first fossil when I was six years old. And I found my first dinosaur bone when I was eight, my first dinosaur skeleton when I was 13. When I was a kid, I knew I wanted to be a paleontologist, and I didn't think there was much hope for it, though. I was doing very poorly in school. I think I was always a pretty positive kid. And so even though I wasn't doing well in school, I was really happy about the fact that I was finding all these cool fossils, and I was making collections. I don't know when it came to me that I would do this, but I think I just was born this way.