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Mark Zuckerberg & Priscilla Chan: How AI Will Help Cure Disease

Mark Zuckerberg & Priscilla Chan: How AI Will Help Cure Disease

What if AI could revolutionize medicine by turning biology into a predictable, programmable science? Mark Zuckerberg and Priscilla Chan believe so, and they’re investing heavily in building the tools to make that happen. Instead of chasing one-off breakthroughs, the Chan Zuckerberg Initiative aims to create the infrastructure — think open datasets, virtual cell models, and AI-powered hypothesis testing — that accelerates entire fields of discovery. According to Mark Zuckerberg, this approach could help us build a sort of 'periodic table' for biology, revealing the fundamental building blocks of human health. Dr. Priscilla Chan adds that pairing frontier AI with advanced biological research might unlock cures we’ve only dreamed of. It’s a shift from reactive medicine to proactive understanding, where AI helps scientists test ideas before costly experiments. ((slower)) And as content+a16zpodcast@a16z.com highlights, this isn’t just about smarter tools — it's about creating a future where disease is managed long before symptoms appear. So, the big question isn’t if AI will transform medicine, but how quickly we can get there before others do.

From COVID Pivot to AI World Building: How Snapbar Reinvented the Photo Experience

From COVID Pivot to AI World Building: How Snapbar Reinvented the Photo Experience

Ever wonder how a company with 14 years in photo booths completely reinvented itself during the pandemic? That’s exactly what Snapbar did. Originally a wedding photo booth side hustle, they shifted gears overnight in spring 2020, building a virtual platform from scratch using WebRTC. But here’s where it gets wild — according to Teresa Torres, they dove deep into generative AI, integrating models like Stable Diffusion and custom fine-tunes on powerful GPUs to deliver brand-quality images. They even created an intricate prompt pipeline to ensure likenesses — disabilities included — were represented accurately. This isn’t just tech for tech’s sake; it’s a new kind of experiential marketing, letting brands build immersive worlds at events. And get this — using Claude Code and Codex, they built a flexible agent orchestration framework, making it possible for brands to “vibe code” their own experiences directly on the platform. So what does this mean? Applied AI isn’t just about models; it’s about creating new, interactive ways for brands and audiences to connect — and Snapbar is leading the charge.

Nomentum

Nomentum

Ever wonder why some companies seem to sprint ahead then suddenly hit a wall? Byrne Hobart points out that 'nomentum' — a kind of momentum without real growth — might be behind it. Companies chase growth boosts — like big acquisitions or flashy campaigns — and that creates a false sense of progress. But here’s the thing — this momentum often masks underlying issues, like talent shortages or increased latency in decision-making. Hobart highlights how cycles — whether in tech, markets, or talent — are repeating faster and more intensely, leading firms to chase the next big thing without fixing core problems. Plus, he notes that the rise of 'deepfakes' and fake signals amplifies this cycle, making it harder to tell what’s real. According to Byrne Hobart writing in Business, these patterns aren’t just noise — they’re reshaping how companies grow, or falter. So what does this actually mean for you? The real challenge isn’t just keeping up but recognizing when momentum is just an illusion — before your company gets caught in the spin.

Muse Image, Grok 4.5, Alex Karp on CNBC

Muse Image, Grok 4.5, Alex Karp on CNBC

Here's something that might surprise you — verifiable data is now the secret weapon in AI. From Meta’s latest projects to Grok 4.5 and frontier labs, the race isn’t just about raw power anymore. According to Ben Thompson, what really sets these players apart is their ability to build trust through data that can be proven and verified. That’s a game-changer because, honestly, AI’s biggest challenge has always been reliability. Now, the companies that master the art of verifiable data will have a serious edge. And get this — Alex Karp on CNBC highlighted how this shift pushes AI from a black box into something users can actually trust. As Thompson points out, this focus on transparency isn’t just a trend; it’s shaping the entire industry’s future. So, what does this mean for you? If you're betting on AI, expect the winners to be those who prioritize trust and verifiability — that’s where the real value lies, moving forward.

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Payloads used to dictate the terms of launch. That's finally changing.

Payloads used to dictate the terms of launch. That's finally changing.

Here's something that’s reshaping how rockets are built: payloads are now dictating launch strategies, not the other way around. Stephen Clark from Ars Technica highlights how SpaceX’s Starship, with its massive 100+ ton capacity, is flipping the script. Ten years ago, few expected a rocket like Starship to even exist, but now, the industry is racing to unlock its potential. Clark notes that even though Starship is still experimental, NASA, the military, and scientific labs are already eyeing it for lunar missions, cargo delivery, and launching colossal telescopes. Meanwhile, China’s looking to develop its own version, recognizing the strategic edge it could bring. What’s clear is that the old model — where rockets were designed around existing satellite specs — is fading fast. Instead, the focus is on building bigger, more flexible launch vehicles that can adapt to future missions. The essence? In today’s space race, the payload itself is now shaping the rocket — big, bold, and bound for new frontiers.

The newest entrant in the military’s launch competition isn't actually a launch company

The newest entrant in the military’s launch competition isn't actually a launch company

Imagine the US Space Force expanding its pool of launch contenders, but one of the newest players isn't even a traditional launch provider. According to Eric Berger at Ars Technica, this week they added Impulse Space and Relativity Space to their eligible bidders. Now, Relativity is making serious moves with its heavy-lift Terran R rocket, led by former Google CEO Eric Schmidt — so that’s no shock. But Impulse? That’s the twist. They’re mainly focused on building spacecraft for in-space operations, not launching rockets from Earth. So why did they get a seat at the table? Berger points out that the military’s looking beyond just launch companies — they’re interested in innovative space tech overall. This move signals a shift: the US Space Force might be broadening its definition of ‘launch contenders,’ possibly to tap into new kinds of space capabilities. And get this — this isn’t just about rockets; it’s about staying ahead in a rapidly evolving space ecosystem. That shift is subtle now, but it’s exactly the kind of signal that often sparks the next big leap.

Free Waymo rides in California? You can thank a regulatory quirk.

Free Waymo rides in California? You can thank a regulatory quirk.

Here's something that might surprise you — Waymo is offering free rides in California, and it’s all because of a quirky regulatory delay. As Aarian Marshall reports for Technology, the state’s cautious approach has slowed Waymo’s expansion into parts of Northern and Southern California. But here’s where it gets interesting — while they can't yet charge for rides in their new blue Chinese-made vehicle, the Ojai, they’re still running a mostly free service. That means riders can hop in at no cost, at least until the end of September, maybe longer. Meanwhile, they’re still charging for rides in their Jaguar I-Pace fleet, which makes up most of their business. So, what does this actually mean? Well, it’s a rare chance to experience driverless tech without paying — thanks to a regulatory quirk that’s inadvertently giving Waymo a bit of a free pass. According to Aarian Marshall, this pause in regulation might just be shaping how the industry tests the waters in the biggest auto market in the U.S. So, the real question isn’t if this will continue, but who’ll seize the moment before the rules catch up.

Ways to think about token pricing

Ways to think about token pricing

Here's the shocking truth: we’re in a supply crunch for AI tokens, but nobody really knows where prices will settle. Benedict Evans points out that all variables — supply, demand, costs — are wildly unpredictable and constantly shifting. Right now, margins for inference are high, but training costs and use-case value are still mysteries. So, what does this actually mean? Evans highlights how future token prices depend on whether models keep advancing, how many companies will compete at the frontier, and whether those leading models can capture enough value. The big question is — will AI infrastructure become a low-margin commodity, or will a handful of players command sustainable pricing power? Evans notes there’s no clear answer yet, just a lot of guesses based on patterns from other tech cycles, like fiber or mobile. The key takeaway? We’re still early, and the market’s next moves will depend heavily on how supply, demand, and innovation evolve over the coming years. If this pattern holds, the winners will be those who understand and adapt to this shifting landscape, not those clinging to certainty.

Ruf debuts new flat-eight engine at Goodwood

Ruf, once known mainly as a Porsche tuner, is now carving out its own identity with a groundbreaking development. At Goodwood, the German builder revealed a brand-new flat-eight engine — something you don’t see every day in the car world. According to Jonathan M. Gitlin from Ars Technica, this isn't just a tweak; it’s a bold step into uncharted territory for Ruf. Historically, they’ve been recognized as a distinct manufacturer, with cars like the BTR and CTR3 showing their engineering chops. Now, they’re pushing further with a custom-made, all-carbon monocoque chassis, aiming for a different kind of performance — beyond the horizontally opposed six-cylinders they’ve used before. But here’s where it gets interesting: this flat-eight isn’t just about power; it’s about redefining what Ruf can do on its own terms. As Gitlin notes, this move signals Ruf’s vision to go beyond tuning and become a true innovator in the high-performance space. The takeaway? Ruf’s new engine hints at a future where small manufacturers can punch way above their weight — and rewrite the game.

Conspiracies and regrets abound in Dune: Part Three trailer

Conspiracies and regrets abound in Dune: Part Three trailer

Imagine a trailer packed with secrets, conspiracies, and regrets — Dune: Part Three is shaping up to be darker than ever. Jennifer Ouellette from TechCrunch highlights how the new footage hints at Paul Atreides grappling with the weight of his choices, especially as his visions become more urgent. So what’s really at stake? According to Ouellette, Denis Villeneuve is dialing up the tension, weaving in new layers of political intrigue and personal remorse. The trailer teases a world where alliances are fragile, and Paul’s inner conflict runs deep — he’s not just fighting enemies, but also himself. For fans of Herbert’s novels, there are plenty of Easter eggs, hinting that everything’s about to spiral even further out of control. Now, here’s where it gets interesting — this isn’t just a story of war and power. Jennifer points out that the real battle is Paul’s struggle with regret and the consequences of his messianic destiny. And honestly, that’s a line that could define the entire series to come.

Tiny robot boats build floating structures

Tiny robot boats build floating structures

Imagine tiny robotic boats — about the size of a dinner plate — self-assembling into bridges, stages, or even floating markets on command. That’s the heart of MIT’s FloatForm project, as Rachel Gordon from MIT CSAIL explains. These boats don’t rely on a central computer; instead, they follow simple local rules, just like fire ants forming rafts during floods. Each vessel has its own thrusters, sensors, and magnetic latches, which connect seamlessly through an origami-inspired mechanism — using minimal energy. Now, here’s where it gets fascinating: the entire swarm can reconfigure itself in minutes, forming new shapes or moving together as a single unit. According to Wei Wang, lead author and former MIT researcher, this approach scales easily — whether you have eight boats or eighty — making it perfect for real-world waters like canals or harbors. Gonzalez-Garcia from MIT highlights the potential for emergency bridges, floating platforms, or adaptive city spaces. This system, as Rachel Gordon reports, hints at a future where water isn’t just a border but an extension of urban life, dynamically programmable and ready to serve your needs.

Surprised doctors find 10-inch worm in man's groin during elective surgery

Surprised doctors find 10-inch worm in man's groin during elective surgery

Imagine you're in an operating room, and the surgeon pulls out something they definitely weren’t expecting — a 10-inch worm, alive and curled up in a man's groin during hernia repair. Beth Mole reports that this bizarre find happened to a 71-year-old man who’d previously experienced similar issues. According to the case in the New England Journal of Medicine, he had a painless inguinal hernia, which is pretty common — when part of your intestines or fat slips through a weak spot in your abdominal wall. Most folks opt for surgery eventually, but this guy chose to go ahead with it. Now here’s where it gets wild — during the procedure, the surgeons discovered this living worm, which had somehow made its way into his groin. Beth Mole points out that while hernias are usually straightforward, this kind of parasitic invasion is rare and shocking. So what does this mean? It’s a reminder that sometimes, the body throws us a curveball — and doctors need to be ready for surprises that can turn a routine operation into a medical mystery.