Clean Air Indoors, Made Simple: Sensors, Ventilation, and Filters You Can Trust
A practical, no-nonsense guide to measuring and improving indoor air quality with the right sensors, smart habits, and reliable filtration.
Hyperlocal Weather That Holds Up: Build, Site, and Calibrate a Personal Station You Can Trust
Your backyard weather is unique. Learn how to pick sensors, place them right, and turn raw readings into useful alerts and decisions.
Backyard Bioacoustics You Can Build: Detect Birds, Bats, and Frogs With Phones and TinyML
Learn how to set up simple, reliable bioacoustic recorders at home, train sound classifiers, and share wildlife data without drowning in files.
DNA as a Data Drive: How Molecular Archives Work, What They Cost, and When to Use Them
DNA stores data for centuries in a test tube. Here’s how molecular archives actually work, how to pilot a project, and when they beat tapes or disks.
Space Weather You Can Use: Forecasts, GNSS Resilience, and Simple Plans for Storm Days
Solar storms are no longer just an aurora story. Learn to read alerts, protect devices, and keep navigation, time, and comms working when it matters.
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.