Designing Proteins on a Laptop: Practical Generative Biology for the Real World
AI models now propose working proteins, while cheap DNA printing and robots test them. Here’s how generative biology turns ideas into usable molecules.
CRISPR Becomes Medicine: How Gene Editing Moves From Petri Dish to Patient
Gene editing has left the lab. Here’s how CRISPR therapies are designed, delivered, tested, and scaled—and what to watch as more reach the clinic.
The Planet’s New Stethoscope: Bioacoustics and Simple AI for Real‑Time Environmental Sensing
Cheap sensors and simple AI now let us hear forests, oceans, and cities at scale. Here’s how sound tracks wildlife, weather, and human noise.
Solar That Fits Anywhere: Floating Arrays, Building Skins, and Smarter Hardware
Solar is spreading on water, walls, and factory roofs. Here’s how materials, inverters, and design upgrades are pushing PV into more places.
The Quiet Standard Making Smart Homes Finally Work Together
Matter and Thread are turning messy smart homes into simple, reliable systems. Here’s how they work, what’s ready now, and how to plan ahead.
Why Liquid Cooling Is Becoming the Default for AI‑Scale Data Centers
GPUs now push racks past 100 kW, and air can’t keep up. Here’s how cold plates, immersion, and heat reuse change data centers from chip to city.
AI Weather Models Are Changing Forecasts: How Graphs, Diffusion, and Data Pipelines Map the Atmosphere
A new wave of AI weather models is speeding up forecasts and making local warnings sharper. Here’s how they work and where they help most.
Solar’s Next Moves: Tandems, Agrivoltaics, and New Storage Make Sun Power Always‑On
Solar is spreading to farms, water, façades, and factories. New cells, storage, and software are turning sunlight into dependable, round‑the‑clock energy.