The latest science articles from TheMurrow. In-depth analysis and reporting on the topics that matter.
The most viral microplastics “fact” blurred an exposure estimate into a weekly certainty—and then mutated into an inhalation claim the citations often don’t support. What collapses isn’t concern, but false precision.
NASA’s next Mars spacecraft is being built as infrastructure, not a science flagship—because Congress told NASA to buy a commercial, firm-fixed-price relay. The procurement language makes the trade-off blunt: schedule is sacred, science is optional.
Most physics isn’t in textbooks—it’s in your footsteps, your grip, and the way a room sounds. Here are the forces and waves doing the work.
Daily life runs on invisible energy budgets—motion, light, and heat. Audit where your energy goes, and you’ll see why inefficiency feels like warmth, wear, and wattage.
From Saharan plumes to “dirty rain,” tiny mineral particles can suppress storms, scramble climate math, and spike AQI far from their source.
From shower curtains that drift like they’re alive to water that “dances” on steel and slime that turns solid, ordinary life is full of threshold-driven physics.
Your routines run on forces you rarely name—until they change. Map gravity, friction, tension, buoyancy, and more to the moments you live every day.
A stuck box, a squeaky hinge, a singing violin, and a skating rink all share the same secret: friction has regimes, and surfaces aren’t as inert as they look.
Soap, bread, and batteries aren’t magic—they’re boundary management. See how interfaces make grease rinse, dough rise, and devices run.
Friction isn’t a single number—it’s a shifting tug-of-war between microscopic contacts, debris, chemistry, and lubrication that shapes daily life and machines.
Walking looks effortless—until you follow the energy. The real costs hide in collisions, transitions, clearance, and control you barely notice.
Ordinary objects behave weirdly for consistent reasons—especially when surfaces dominate, systems are out of equilibrium, or responses turn nonlinear.
A brake tap becomes a jam; a crowd becomes a system. Here’s how simple local rules create waves, lanes, and tipping points nobody intended.
Nature’s most elaborate patterns often arise without a planner—just local rules, repeated over time, amplified by feedback and nonlinearity.
From coastlines that lengthen as you measure them to spirals, stripes, and first-digit laws, patterns are how the world compresses complexity into rules.
A soap bubble’s perfect sphere isn’t decoration—it’s physics paying the smallest possible energy “fee.” Here’s what surface tension and pressure are really doing at home.
Simple objects—straws, soap, rubber bands, mirrors, magnets—quietly demonstrate conservation, statistics, fields, quantum behavior, and modern measurement.
In 2026, “tiny tech” is less magic than infrastructure: magnets, imaging, manufacturing, and proof. Here’s what’s real—and how to judge it.
A full moon that’s technically “full” by breakfast meets a meteor shower battling moonlight. Here’s what’s real, what’s hype, and how to watch anyway.
Explore how climate change is reshaping agriculture, affecting yields, livestock, and sustainability worldwide.