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01 / 05
Geothermal Company Makes Big Discovery Using AI

Axios | Energy Production

Geothermal Company Makes Big Discovery Using AI

“A geothermal energy company announced Thursday that it has discovered — with AI’s help — the first commercially viable system of its kind in over 30 years.

Why it matters: Zanskar Geothermal and Minerals officials said the underground find, in a remote area of western Nevada, offers fresh evidence that geothermal can become an attractive option to meet soaring U.S. energy demand…

The Nevada formation, dubbed ‘Big Blind,’ had no surface signs of geothermal activity or any prior history of exploration. Zanskar scientists used computer models to locate a geothermal anomaly that indicated exceptionally high heat flow at the site. They fed data into Zanskar’s AI prediction engine, which helped narrow down the list of options.

Zoom in: The result led to “fewer bad wells” being drilled, Joel Edwards, Zanskar’s co-founder and chief technology officer, told Axios. That reduces the cost of the projects, he said.”

From Axios.

Blog Post | Energy Production

Environmentalism Without Degrowth | Podcast Highlights

Chelsea Follett interviews Zion Lights about her new book, " Energy is Life: Why Environmentalism Went Nuclear."

Listen to the podcast or read the full transcript here.

Joining me today is Zion Lights, an award-winning science communicator who is known for her vision of a high-energy, low-carbon future. Her latest book is titled Energy is Life: Why Environmentalism Went Nuclear.

Zion, tell me, what inspired this book?

There are a lot of good nuclear energy books out there, but they tend to focus on the technology. That’s good, but people who read technical books tend to already agree that nuclear energy is good. I’m trying to convince people to think differently. So, I’ve written this book as a narrative following my journey as an anti-nuclear environmental activist to where I am now, while also explaining things like waste and accidents. Ultimately, I wanted to write something that would have changed my mind if I had read this book 15 years ago when I was out blocking roads.

We recorded an earlier podcast about your journey. But for people who aren’t familiar, could you just quickly summarize your history as an activist?

I’m what you might call a former radical environmentalist. I was very active in the major groups, like Greenpeace and Friends of the Earth, taking part in protests, organizing protests, and lobbying. I was doing all of that from quite a young age, from my teenage years and even before. And part and parcel of that was being anti-nuclear. I went on anti-nuclear protests and signed anti-nuclear petitions.

Over time—and this is a long story, I won’t get into it, but it’s all in the book—I changed my mind and realized how good this technology actually is for the environment. I decided I need to make amends for my own sake, but also because I believe in having clean air and a better future for my children.

Let’s dive into the book. You argue that “Energy is life.” That’s right in the title. What do you mean by that?

When I was in Extinction Rebellion, one of the things that we pushed for was net zero. This idea was influential everywhere, not just in Britain, where the group was founded. All over the world, people were suddenly setting net-zero goals, even in countries with very little capacity to actually meet them. And I’m not saying that the reasons were wrong. Climate change is an issue, and air pollution is an issue. The problem was that net zero or decarbonization became synonymous with renewable energy. That was a huge mistake. It should have been not just clean energy, but what’s cleaner? Gas is cleaner than coal, so really, it should have been a phasing out coal initiative.

I think the reason why net zero was tied to renewables was that activists were really trying to promote energy scarcity. How do we use less? This is an old idea that was present in environmentalism well before I was born. Less stuff, less consumerism, less energy. Even when I was growing up, I remember campaigns on TV about not leaving your lights on when you leave the room and not wasting your tap water. It was really drummed into us. So, net zero got lumped in with “We need to live with less.”

On various panels, I’ve been asked by people in the audience, “Isn’t there a danger of too much?” I think that’s really interesting. Why would there be a danger of having too much? Then, I started to realize it’s because those people aren’t connecting their everyday life with energy. They never had to live with scarcity.

I wrote the book to challenge a lot of those ideas. I’ve tried to have readers imagine their lives without access to reliable electricity. What’s that life like? And do you really want to live that life? Because millions of people don’t.

My parents’ family in the Punjab in India live in a very poor rural area, although it’s not extreme poverty. They have food. They’re rice farmers. But here’s where the issues come in: they’re dependent on rain. If it doesn’t rain enough, then they don’t eat, and they don’t make any money. It’s so hard to imagine having that kind of lifestyle where you can’t just go to the shop and buy whatever you need.

I had friends who’ve gone to India, and they just go to the tourist sites and say, “Oh, it’s so peaceful, and I love how it’s not materialistic. They don’t have that stress of capitalism.” In reality, they don’t have the privilege. They are just trying to get through the day and make sure everybody’s fed, and nobody dies of a preventable disease. In the village, if you get bitten by a snake or a dog, which is very common, you’ll probably just die. The nearest hospital will be hours away by car, which nobody has. A lot of people have bikes. You think you can get to a hospital on a bicycle carrying a sick child when it takes four hours by car? All this impacts education as well. I remember my parents trying to pay for a teacher to live in the village. They’re very well off compared to most people in India, so they had a building built, thinking they were giving something back to a community, and they couldn’t find a teacher, even after offering a really good salary, who’d be willing to live in a village where they might die of a snakebite.

So they don’t have those privileges that we have, and spreading those privileges will require burning a lot of fossil fuels. It is going to be coal, then gas, to enable access to things like public transport, hospitals, and schools. And then if you have a school, you could have people there who know how to administer antivenom. You’ll have all of those incremental things that we developed over time that come with having access to energy.

So, it’s the people who grew up with abundant energy that protest that same benefit and say, “Well, we’ve had too much.” And I think some of that comes from guilt. But feeling guilty doesn’t help my family in India. You trying to get people to use less is actually detrimental to them because then you have things like COP, where poor countries get pressured to sign agreements to burn less fossil fuels.

Many energy discussions, you point out, focus almost entirely on emissions targets. Why do you think people take that approach, and how can we improve upon that?

For quite a few people, climate change equals the apocalypse, so that is the sole problem they think we should be focused on. They also seem to not pay much attention to human wellbeing. In a way, they think people are part of the problem. And that’s where the scarcity argument comes from, the idea that we need to have less. That kind of self-flagellation might make activists feel less guilty, but it doesn’t really help those who are impacted by climate change.

For me, it’s a bit different. I want the planet to be healthy because I care about people. I want my neighbor to be healthy. I want people to be well-fed and not struggling.

Poverty is one of the many issues where I think we could have moved forward a bit more than we have. We’ve got brilliant thinkers crunching out reports explaining how we can alleviate poverty, and it hasn’t happened because we’re over-focused on environmental targets. I have spoken to people who do this work independently, trying to alleviate poverty, and they have said to me privately, “The climate thing’s just taken over. It’s hard to get funded for anything because all anyone cares about is climate.” I’m not saying climate change is not an issue, I’m just saying it’s not the only issue.

How do you respond to the idea that prosperity must mean restraint and degrowth?

Someone I knew in Extinction Rebellion was going to go and live in this community with some other degrowthers. He’s one of the most well-off people I know. He’s an academic professor, he’s got a country house, he’s got everything that might create a perfect life, but obviously, he didn’t feel like that, otherwise he wouldn’t be saying, “Well, I need to go and live on the land.” It’s almost because he has everything that he wanted that he believes he’s unhappy because of modern society.

It’s almost because he has everything that he wanted that he believes he’s unhappy because of modern society. That’s a very common argument. “Our mental health is bad because of how we live.” I’ve had people say that to me, and I’ve said, “Well, do you think that people living in poverty have good mental health?” Where’s that assumption coming from? You just think that they’re happy every day because they can’t go to a shop and buy whatever they want or have whatever they want to eat for dinner?

When I visited India, I would ask people, “What would you do if you could leave?” When I asked my cousin, she said, “Well, I can’t leave. I’ve got to support my brother, who’s disabled. I’ve got to help my mum cook.” I couldn’t even get her to imagine having these choices. This academic and these Degrowth people would say, “Oh, they’re so selfless.” No, they just don’t have a choice. They don’t have the choice to think about their own needs. They don’t think in terms of choice because poverty takes away their choices. I remember saying to her, “You could be a doctor.” And she just said, “No, I could never. I don’t have the money to do it. I don’t even know how to fill in the forms.” All of those things were true. There are so many barriers that she couldn’t even think of it as a possibility. And that made me sad because even on the hardest day, I still think, “How can tomorrow be better? What could I do differently? What are my choices?” They are endless.

If I wanted to, I could go and live on the land and embrace degrowth and grow my own food, but I’d only be pretending. If I got sick, I could still go to a hospital. The people who really live in the situation of degrowth, where they have a very low carbon footprint, also have very little agency.

If you look at it honestly, the idyllic idea of “living on the land” is not actually better for the environment on any metric. People in dense cities consume much less than those in the country. When lots of people live in one place, when they are connected to a grid and have public transport or can walk to places, they become really efficient. And people are already moving to the cities, so all the policy needs to do is make sure that the cities are well-connected and that we have access to everything we need to.

I live in what you’d call a 15-minute city. I know that’s taken on negative connotations with people, but everything I need is within 15 minutes. There is a primary school, a secondary school, several supermarkets, and a post office that I use regularly. I moved here specifically because I wanted to be somewhere where I could get to these things on foot. It’s much easier and also definitely much better for the environment. To live this way, I need the grid, and I would like the grid to be clean and reliable and not reliant on gas from Russia.

I would like it to be better than that. Our electricity is very expensive. It’s not the most expensive in Europe, but it’s up there. We could do what France did. In 10 years, we could build 58 reactors and decarbonize the grid. That would tick the box on our climate goals, but most importantly, it would make electricity cheaper at home. I have been told several times that it’s too ambitious, but I think it’s less ambitious to do what France did than to try and do what Germany did, which is decarbonize with just wind and solar. For some reason, that’s not seen as ambitious, but that’s the thing that we know doesn’t work.

Why do you think there is so much skepticism toward nuclear power? And why is it so misunderstood by the public?

The reason that I was afraid of nuclear technology for quite a long time was that it was conflated with weapons. Once I started thinking about energy, and then separating the military and civil technology, I realized that there’s not as much crossover as they’ve made out. And actually, it’s very, very difficult to develop nuclear weapons.

And then there are scary stories that we hear all the time. Like, there’s a new Chernobyl series, right? They’re constantly pumping these out. Just the word is enough to scare people. One story I was told by some of these activist organizations was that loads of people died because of the Fukushima Daiichi power plant meltdown. Now, if you look into it, they actually died because of the tsunami and the earthquake, not the meltdown. I mean, I even got it from The Simpsons. The most evil person in The Simpsons is Mr. Burns, the nuclear industry owner. And what’s a nuclear plant worker like? Homer Simpson. Lazy and irresponsible. One of the worst caricatures of a person. Even in the intro, there’s nuclear fuel portrayed as green, goopy waste just lying around.

These stories caused entire populations to associate nuclear energy with a bad feeling, and environmentalists used that fear and pushed it further.

If listeners take away just one idea from your book, what should it be?

I would like people to stop thinking in terms of scarcity. We’ve always been told, “You’re wasteful. Are you wasting food? Are you wasting electricity? Do you need to buy that thing?” That message, which is pushed all the time, makes us feel guilty for our prosperity, and in the extreme, it leads people to believe we should give it all up.

So, instead of saying, “these people have too much,” we should ask, “How do we get this to more people? How do we make this thing more efficient? How can we make better technology?” The reason we got to where we are today is that we kept pushing for more. That is the space in which human progress happens.

The best word for it is abundance. I want to see abundance for everybody, and I want to get rid of this old Malthusian idea that we can’t have it for everybody, or the planet will die.

The Human Progress Podcast | Ep. 74

Zion Lights: Environmentalism Without Degrowth

Zion Lights explains why environmentalists must embrace energy abundance.

Ministry of Jal Shakti | Water Use

Tap Water Supply to Rural Indian Households Surges

“The Government of India in partnership with States/UTs is implementing the Jal Jeevan Mission (JJM) to provide functional tap water connections to every rural household (at 55 lpcd, BIS:10500 standard). Progress has been substantial: starting from 3.24 crore (16.71%) connections in August 2019, the number has surged to over 15.79 crore (81.57%) households as of January 29, 2026, providing water supply to the majority of rural India.”

From Ministry of Jal Shakti.

Blog Post | Energy Consumption

Energy Isn’t Just About Power Stations. It’s About Life

To advance human flourishing, enable clean, abundant, reliable energy rather than restraining it.

Get Zion Lights’s new book, Energy is Life: Why Environmentalism Went Nuclear.


Summary: Energy is a foundational driver of human health, prosperity, and resilience. Throughout history, expanding access to reliable energy has enabled longer lives, economic growth, and social stability, while energy scarcity has constrained opportunity and well-being. A human-centered energy policy should prioritize abundance, reliability, and continuous improvement rather than treating energy use as something to be rationed and constrained.


Energy is so deeply woven into modern life that it is easy to forget what it truly does for us. We notice it most when it disappears—when the lights go out, homes turn cold, and transport grinds to a halt. In those moments, energy stops being an abstract policy issue and becomes something far more basic: survival, opportunity, and human dignity.

Across the broad sweep of human history, progress has gone hand in hand with energy abundance. For most of our existence, people lived close to subsistence. Life expectancy was short, physical labor was relentless, and even small disruptions—such as bad weather or poor harvests—could be devastating. What changed that trajectory was not only moral awakening and better institutions, but access to more reliable and more concentrated sources of energy.

Coal freed societies from the limits of muscle and wood. Oil and gas powered mobility, industry, and modern agriculture. Electricity transformed homes, cities, healthcare, and communication. Each step up the energy ladder made people healthier, wealthier, and more resilient. Energy was the multiplier that allowed human ingenuity to scale.

That is why energy should never be treated as a mere input or technical detail. It is a foundation on which nearly every indicator of human well-being rests. Clean water requires pumping and treatment. Modern medicine depends on refrigeration, sterilization, and precision equipment. Food security relies on fertilizers, transport, and cold storage. Education, information, and economic opportunity all depend on reliable power. Where energy is scarce, life is constrained.

Yet in today’s energy debates, energy often fades into the background. It is discussed primarily in terms of emissions targets, system costs, or consumption limits. These are important considerations, but when energy policy loses sight of what energy is for, it risks becoming detached from human needs, especially the needs of those who have the least.

Around the world, hundreds of millions of people still lack access to reliable electricity. Billions rely on traditional biomass for cooking, exposing them to dangerous indoor air pollution. For these populations, the question is not whether energy use should be reduced, but how access can be expanded safely, affordably, and quickly. Telling people who cook over open fires or study by candlelight that progress requires using less energy is not a serious moral proposition.

Even in wealthy countries, energy abundance underpins social stability and public trust. Affordable heating and cooling protect the elderly and vulnerable. Reliable power keeps food affordable and supply chains intact. When energy becomes unreliable or unaffordable, the consequences are immediate and political: household stress, industrial decline, and public backlash. These are not side effects; they are signals that something essential to human life is being undermined.

That does not mean environmental concerns should be dismissed. On the contrary, environmental progress has historically gone hand in hand with technological advancement and energy innovation. Cleaner air, safer water, and reduced local pollution were not achieved by freezing development, but by improving how energy is produced and used.

A mistake has crept into the energy transition debate: an emphasis on scarcity in the pursuit of net-zero goals, rather than on abundance and resilience. The real challenge is not to use less energy, but to build energy systems that are cleaner, more reliable, and more plentiful. Scarcity is not a climate strategy, constraint is not a development plan, and human progress has always come from expanding possibilities rather than narrowing them.

Too often, public debates frame energy as something to be rationed rather than improved. That framing risks turning energy policy into a zero-sum moral exercise, where comfort, mobility, or growth are treated as indulgences rather than achievements. History suggests the opposite lesson: societies that solve problems through innovation and abundance outperform those that attempt to manage decline.

A human-centered approach to energy starts with outcomes, not abstractions. Does a policy make people healthier? Does it reduce poverty? Does it increase resilience to shocks? Does it expand opportunity across generations and borders? These questions are harder to answer than setting targets, but they are the ones that matter.

They also point toward a more optimistic path forward. The tools for progress, such as advanced nuclear power, better grids, and improved energy storage, are real and improving. The task is not to retreat from energy use, but to deploy these tools at scale, guided by the principle that energy exists to serve human life.

Energy policy, in other words, is human policy. When it succeeds, people live longer, healthier, freer lives. When it fails, the costs are measured in more than statistics; they are measured in cold homes, dark hospitals, and stalled futures.

If we want a future defined by human progress, we must begin with a simple recognition: energy is not the problem to be managed away. Where energy is scarce, well-being stalls or regresses; where energy is abundant, people and the planet can thrive. Energy is life—and abundant, reliable, and continually improving energy systems are among the greatest enablers of human flourishing ever created.