Sam: Putting out a kitchen fire with a low-frequency 30 to 60 hertz sound wave.
Kai: I'm Kai.
Sam: And I'm Sam.
Kai: And this is the show for Friday, September 11th, 2026. We've got three wild stories for you today.
Sam: That we do. Let's get to it.
Kai: So, the story we just teased: a student in Mexico may have invented a sci-fi fire extinguisher that uses sound.
Sam: Then, Google is making a massive energy play, buying up half the power from a new nuclear plant in Finland.
Kai: And finally, the one everyone's talking about: OpenAI just dropped its Agents API, and it might just change… everything.
Kai: Alright, first up: fighting fire with… bass. A 16-year-old student in Mexico created a device that uses sound waves to extinguish flames in seconds.
Sam: Okay, hold on. This story is a few years old, but it's making the rounds again. The idea is that low-frequency sound waves can literally push the oxygen away from a fire, suffocating it.
Kai: It's brilliant! No chemicals, no water damage, just… wub wub, and the fire's gone. The prototype is basically a big speaker, a power source, and a frequency generator.
Sam: It's a fantastic science fair project. But people are right to be skeptical. Does this work on all kinds of fires? Electrical? A grease fire? What’s the effective range?
Kai: But think of the potential! Imagine this built right into your stove hood. A small grease fire starts, and a targeted bass cannon puts it out instantly.
Sam: And how loud is this 'bass cannon,' Kai? Are we talking about blowing out your eardrums to save your burning toast? The physics are cool, but this feels… impractical.
Kai: [laughs] Maybe it ships with ear protection. Look, it's a creative solution to an ancient problem. I'm starring the concept, even if there's no real product.
Sam: It's an interesting idea that has gone absolutely nowhere commercially. That tells you everything. It's a novelty, not a product. I'm calling it.
Sam: Next up, from small fires to massive power. Google is buying 'most' of the electricity from one of Finland's brand-new nuclear power plants.
Kai: And this is no small thing—it's a 10-year deal to power their data center in Hamina. This gives them a 24/7 source of carbon-free energy, which is a massive win for green computing.
Sam: Is it, though? Or is it a massive corporation effectively privatizing a huge chunk of a nation's power grid? That reactor, Olkiluoto 3, is brand new and critical to Finland's energy infrastructure.
Kai: But it's baseload power, Sam. That's the holy grail. Solar and wind are great, but they're not always on. A data center needs constant, reliable juice. This deal provides that without burning fossil fuels.
Sam: Okay, but calling nuclear 'carbon-free' ignores the mining, processing, security, and the waste. We still don't have a permanent solution for nuclear waste. This is not a simple green checkmark.
Kai: It's a pragmatic step forward. It means that a huge portion of Google Cloud services in that region will have a much lower carbon footprint. For developers choosing a cloud region, that actually matters.
Sam: What this really means is that Big Tech isn't just competing for developers anymore. They're competing for national-scale power grids. That's a whole new level of influence.
Kai: Alright, our last story. [excited] It's here. The OpenAI Agents API is now in public beta.
Sam: [dry] Ah, yes. The thing that gives security professionals nightmares.
Kai: Oh, come on! This is a monumental leap. You give an Agent a high-level goal, access to tools—like a code interpreter, APIs, file search—and it figures out the steps to get it done. It can plan and execute complex tasks all by itself.
Sam: Autonomously. That's the scary part. The docs literally say the agent decides which tools to call. So what happens when its goal is 'optimize cloud spend' and it decides the best way is to delete all non-production servers... including staging and QA?
Kai: That's why you build in human-in-the-loop approvals! It's not a free-for-all. Imagine an agent for customer support that can look up an order, check shipping status via an API, and then draft a reply. That frees up so much time.
Sam: And I'm imagining an agent getting tricked by a malicious prompt into using its tools to query the user database and exfiltrate all the data. This is a new and extremely powerful attack surface.
Kai: But that's why it's in beta! For developers, this means you need to get your hands on this now. Build a simple agent. See what it can do. The dev who masters this early is going to be unstoppable.
Sam: And for security teams, it means you needed to understand this yesterday. Your threat model just grew a new, autonomous head. Assume your developers are already playing with it, and get your guardrails in place now.
Kai: So to recap: we had an acoustic fire extinguisher making a comeback…
Sam: Google cornering the market on Finnish nuclear power…
Kai: And OpenAI giving AI agents the keys to the kingdom with its new API.
Sam: Before we go, a little tech history. Around this time back in 1947, Grace Hopper's team at Harvard logged the 'first actual case of a bug being found.'
Kai: That's right! It was a literal moth, stuck in Relay #70 of the Mark II computer. They taped it right into the logbook. And that's where the term 'debugging' actually comes from.
Sam: [laughs] So when you're wrestling with a bug in the new Agents API, just be thankful you're not physically pulling insects out of your hardware.
Kai: And that's our show for Friday, September 11th, 2026. We will see you back here on Monday!
Sam: See you then. And please, don't try to put out any fires with your subwoofer this weekend.
This show is made with AI: the hosts’ voices are synthetic and the scripts are AI-assisted. Every story links to its original source.