Earth Data You Can Use Today: A Practical Guide to Satellite Imagery for Real Work
Satellite imagery is no longer just for scientists. Learn how to pick sensors, get data, clean it, and turn pixels into decisions you can trust.
Floating Solar You Can Deploy: Practical Design, Ecology, and Grid Value on Water
Floating solar turns reservoirs, quarries, and treatment ponds into power plants. Here’s how to site, build, and run FPV systems that actually work.
Radar in Everyday Tech: What mmWave Sensors Do at Home, in Cars, and on Your Desk
Tiny radars are slipping into rooms, laptops, and cars. Here’s how they sense motion, what they’re good at, and how to use them responsibly.
The Lab Notebook That Learns: AI Across Seismology, Neuroscience, Ecology, and Chemistry
From earthquakes to neurons to ocean eddies, here’s how researchers weave practical AI into daily science without losing rigor.
How AI Actually Helps Scientists: Imaging, Inference, and Fieldwork You Can Measure
A clear tour of how AI now works inside microscopes, detectors, and field kits—plus practical ways researchers use it without big budgets.
Inside Self‑Driving Labs: How Robotic Experiments and AI Cut Discovery Time
Robots and machine learning are turning lab benches into 24/7 discovery engines. Here’s how self‑driving labs actually work and how to start small.
DNA as a Data Warehouse: How Molecular Storage Could Shrink Archives to a Test Tube
DNA packs data denser than any chip, needs almost no power, and can last for centuries. Here’s how molecular storage works and where it fits.
Neighborhood Air You Can Trust: How to Build a Reliable Community Sensor Network
Smoke, traffic, and weather change block by block. Here’s how to build a trustworthy neighborhood air‑quality network from parts to insights.
Storm‑Smart Tech: Practical Ways to Keep GPS, Power, and Networks Working During Solar Flares
Solar storms can scramble GPS, radio, and grids. Here’s a clear guide to what fails, what survives, and practical steps to stay resilient.
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.