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Is Technology Good? - All Things Product Podcast with Teresa Torres & Petra Wille

Is Technology Good? - All Things Product Podcast with Teresa Torres & Petra Wille

Here's something that might surprise you — our industry’s creations might actually be making things worse. Teresa Torres and Petra Wille reflect on how, despite good intentions, tech like social media and AI have contributed to loneliness, polarization, and even a sense of disconnection. According to Teresa, the shift from building tools that serve communities to maximizing profits has fueled a culture driven by greed — where value is extracted at the expense of human well-being. Petra points out how the ‘echo chamber’ insulates tech insiders from real-world impacts, like the growing consensus among parents to delay kids’ phone use. But here’s where it gets hopeful: they discuss a future of “mom and pop tech” — small-scale, community-focused innovations that prioritize local needs over shareholder profits. Ultimately, Teresa reminds us that technology is a tool — and we still have agency over what we build, who we serve, and what stories we tell. The key takeaway? Responsible tech begins with conscious choices, not just code.

The Rocketship

The Rocketship

What if the biggest investment opportunity today isn’t just about rockets or AI, but about how Elon Musk’s companies are reshaping the entire frontier of capitalism? Byrne Hobart points out that SpaceX, now finally going public, isn’t just a rocket business — it's strategically positioned to dominate infrastructure on and off Earth. Their ability to drastically cut space launch costs and fast-track manufacturing means they could unlock huge, predictable revenue streams, especially with lucrative government contracts and high-margin deals like the $15 billion annual Anthropic compute agreement. Meanwhile, Musk’s other ventures like xAI are still bleeding cash, but their potential isn’t just in their current numbers — it's in the future, where space and AI might collide in ways we can’t fully see yet. Hobart argues that SpaceX’s real edge is its capacity to knock down barriers — making the impossible, possible. And here’s the kicker: Musk’s mastery of setting audacious goals and rallying talent could make all this more than just a pipe dream — if investors keep backing his wild bets, the game is far from over. So, the question isn’t just what SpaceX will do — it's who’s willing to fund the next leap before anyone else does.

Robin Hanson on Prediction Markets, Gambling, and the Future of Forecasting

Robin Hanson on Prediction Markets, Gambling, and the Future of Forecasting

Imagine a world where markets predict the future with stunning accuracy — Robin Hanson sees prediction markets as one of our best tools for that. ((slower)) Recently, laws like Minnesota’s crack down on platforms like Kalshi threaten this potential, but Hanson believes decision markets could someday guide everything from corporate choices to national policies. ((upbeat)) He points out that betting on sports or games isn’t just entertainment — it’s a way humans naturally aggregate information. Hanson, as discussed with Theo Jaffee and Sophia Puccini on the a16z podcast, explains how these markets tap into human psychology and incentives, revealing how society often misunderstands risk and coordination. ((thoughtful)) The big vision? Markets that help us make smarter, collective decisions, especially as AI and futurism reshape our world. It’s a quiet shift, but one that might change how we forecast and act on the future — if we can keep the legal barriers at bay.

Nvidia Earnings, The AI Stack, Nvidia’s New Reporting

Nvidia Earnings, The AI Stack, Nvidia’s New Reporting

Ever wonder why Nvidia’s latest earnings report feels more revealing than ever? Well, Ben Thompson from Techonomy points out that Nvidia is now splitting its sales data. They’re clearly distinguishing between hyperscale customers — those big giants where Nvidia faces commoditization — and everyone else, where Nvidia owns the entire stack. Now, here’s where it gets interesting: by making this division, Nvidia’s showing that its growth isn’t just about selling chips — it’s about controlling the whole AI infrastructure. According to Thompson, this move helps Nvidia highlight the profitability of its full-stack offerings, especially in enterprise and specialized markets. But what does this mean for competitors? It’s a clear signal that Nvidia is doubling down on vertical integration, making it harder for others to pin down where their true strengths lie. So, the real question isn’t just how Nvidia will perform, but how players in the AI ecosystem will adapt before Nvidia’s new reporting becomes the industry standard.

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Driving Porsche's most powerful car—and no, it's not a 911

Driving Porsche's most powerful car—and no, it's not a 911

So, here’s something that might blow your mind — Porsche’s most powerful car isn’t a sleek 911, but a massive electric SUV. According to Tim Stevens writing in Ars Technica, the new Cayenne Turbo Coupe cranks out a staggering 1,139 horsepower and over 1,100 pound-feet of torque. And get this — this beast can accelerate from zero to 60 in just 2.4 seconds, making it one of Porsche’s quickest ever. Now, here's where it gets interesting: unlike their usual sports cars, this SUV isn’t just about speed. It’s designed to be an everyday vehicle for families or friends, packed with Formula E tech under the hood, yet still capable of hauling plenty of gear. As Stevens points out, Porsche’s pushing boundaries — not just with raw power, but by blending high-performance with practicality. And the takeaway? This car signals a shift — luxury electric vehicles are now about combining speed, tech, and everyday usability in ways we’ve never seen before.

Amazing interior, controversial exterior: Ferrari's first electric car

Amazing interior, controversial exterior: Ferrari's first electric car

Ever wonder what happens when Ferrari steps into the electric age? Well, the Luce is their first four-door, five-seat EV, and it’s sparking plenty of debate. According to Jonathan M. Gitlin from Ars Technica, Ferrari’s move to an electric model is driven by markets like China and Silicon Valley — places where emissions matter. Now, here’s where it gets interesting: the design is crafted by LoveFrom, the team behind Apple’s sleek look, with some journalists even seeing a tech giant’s vibe over Ferrari’s usual style. The car features a cab-forward glasshouse, reminiscent of Lotus’s Etna concept, and tail lights that nod to 90s Ferrari classics. But here's the thing — this radical departure from Ferrari's traditional sporty, two-seat lineup is sure to ruffle feathers. So, what does this mean for Ferrari’s identity? Will the Luce’s style alienate purists or pave the way for a new era? The real question isn’t just about design — it’s how Ferrari balances its legacy with the demands of a zero-emissions future.

Analyst on China's spent rocket stages: "Things only continue to get worse"

Analyst on China's spent rocket stages: "Things only continue to get worse"

Here's something that might surprise you — China's space program has skyrocketed. From fewer than 20 launches a year a decade ago, they hit 93 in 2025, making them the second-biggest space power, as Eric Berger reports for Technology. Now, this rapid growth isn't unique; the U.S. and SpaceX are in the same boat. But what’s concerning, according to Berger, is how China is handling rocket debris. They’re ignoring long-standing norms about disposing of spent upper stages, those parts that push satellites into orbit. Instead of clearing out these remnants, they’re leaving more debris in space — things only getting worse with every launch. And get this — experts like Berger warn that if this continues, it could threaten the future of space operations and sustainability. So the real takeaway? Faster launch schedules are great, but without responsible cleanup, space is heading toward a mess that’ll only make future missions harder — and more expensive.

A global brand but local cars is Audi's future, says CEO

Here's something that might surprise you — Audi’s future isn’t about being a global brand, but about tailoring cars to local markets. According to Jonathan M. Gitlin from Ars Technica, Audi’s CEO Gernot Döllner emphasized a major shift: instead of pushing a one-size-fits-all model, Audi is now focusing on regional needs, especially in the US. The new Q9 is a perfect example: it was developed with American preferences front and center, from bigger cup holders to better seat cooling. Döllner points out that post-COVID and amid rising trade tensions, flexibility is key — brands need to adapt quickly to local demands, not just chase global uniformity. What’s fascinating is that this isn’t just about features; it’s about rethinking how cars are built for different markets, ensuring they resonate locally while still launching globally. So, get ready for a future where your car feels tailored to your country, not just the other side of the world.

Review: The Boroughs is a smart, pitch-perfect creature feature

Review: The Boroughs is a smart, pitch-perfect creature feature

Here's something that caught my attention — *The Boroughs* is a rare blend of sharp wit, solid storytelling, and genuine creature-feature fun. Jennifer Ouellette from Technology calls it a 'smart, pitch-perfect' thriller, and honestly, she’s onto something. The story follows Sam Cooper, played by Alfred Molina, a grumpy widower forced into a retirement community he’d never pick for himself. But here's where it gets interesting — underneath the quiet desert town, a mysterious creature lurks, turning the ordinary into something sinister. What Ouellette points out is that the series isn’t just about scares; it’s about crafting a clever narrative with a terrific ensemble cast and a mystery that keeps you hooked. And get this — *The Boroughs* manages to balance smart dialogue with genuine suspense, making it more than your average creature feature. The takeaway is simple: in a crowded genre, a tight script and strong characters still hold the power to surprise us.

Windows' classic 3D Space Cadet pinball is getting a physical re-creation

Windows' classic 3D Space Cadet pinball is getting a physical re-creation

Ever wonder what it’d be like to hold a piece of gaming history in your hands? Well, a passionate hobbyist named CNCDan is taking that leap, building a real-world version of the classic Windows pinball game, Space Cadet. Kyle Orland from Ars Technica highlights how this beloved game — popular in the late '90s — was just a digital version of a collection called Full Tilt! Pinball, not based on any physical table. Despite failed attempts by companies like Deeproot Pinball to recreate it commercially, CNCDan is quietly making progress. His build already features 3D-printed flippers, bumpers with embedded LEDs, and a raised playfield that mirrors the original look and feel. Now, here's where it gets interesting — this isn’t just a fan project; it’s a tangible revival of a nostalgic icon. So, what does this mean for the future of gaming nostalgia? Will we see more of these DIY, physical recreations of beloved digital classics? That’s the real question, and it’s exciting to watch it unfold.

3D-printable humanoid legs let robotics experiments run wild

3D-printable humanoid legs let robotics experiments run wild

Here's something that might surprise you — researchers are now building humanoid robot legs for just $2,500 using 3D printing and off-the-shelf parts. Jeremy Hsu reports that these legs, part of the LeRobot project from Hugging Face, aren’t about winning races. Instead, they’re designed for easy building, understanding, and experimentation. Virgile Batto from Hugging Face explains that this isn't about creating the most advanced robot, but one that’s accessible for learning and testing AI in a physical form. The entire setup, including 3D-printable files, wiring guides, and control software, is open source. So what does this actually mean for you? It lowers the barrier for robotics research — allowing more teams to tinker, iterate, and learn without breaking the bank. If this pattern holds, the future of robotics might be less about perfect hardware and more about flexible, adaptable experimentation — shaping how AI and physical robots evolve together.

Want an oxygen-rich atmosphere? Stuff oxygen’s friends in the mantle.

Here’s a twist that might surprise you — plate tectonics could have played a major role in creating Earth’s oxygen-rich atmosphere. Scientists, including Wei Shi from Chengdu University of Technology, have found that shifts in how Earth’s plates subduct — those deep dives into the mantle — align closely with spikes in oxygen levels. So what does that mean? Well, it’s not just about life pumping out oxygen through photosynthesis; the planet’s own chemistry and internal movements also matter. According to Scott K. Johnson writing in Technology, these tectonic changes may have helped shuttle oxygen between rocks and the atmosphere, giving life the breathing space it needed to flourish. And get this — this process wasn’t a one-time event but a series of jumps tied to how Earth’s interior evolved. So, if this pattern holds, the next big leap in oxygen could be just around the corner, driven by the slow, powerful dance of plate tectonics. That’s a game-changer for understanding our planet’s history — and its future.