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From Poop Shape to Soccer Feints: 6 Science Stories You Definitely Missed

June's hidden gems that deserve your attention.

Alex Novak|
From Poop Shape to Soccer Feints: 6 Science Stories You Definitely Missed
Photo by 伟 张 on Pexels

June was a monster month for science news. The usual suspects — climate reports, NASA press releases, another study about coffee — dominated headlines. But buried beneath the noise were six stories too weird, too clever, or too important to ignore. Let's fix that.

1. The Geometry of Poop

Scientists finally answered a question that has haunted humanity: why is poop shaped like that? A team at the University of Utah used high-speed cameras and a mechanical gut simulator to watch how feces form. Turns out, the distinctive torpedo shape comes from the colon's muscular contractions, which squeeze waste into a smooth, tapered form. The study also explained why some animals produce pellets: their colons are segmented. So next time you flush, tip your hat to evolution.

2. Boron Buckyballs: A New Carbon Rival

Boron buckyballs — hollow, soccer-ball-shaped molecules made entirely of boron — were synthesized for the first time. Unlike carbon buckyballs, which are stable and well-studied, boron versions have been theoretical for decades. Researchers at Brown University managed to coax boron atoms into forming the elusive cage structure by using a titanium template. Potential applications include hydrogen storage and new catalysts. It's a big deal for materials science, even if the public yawned.

3. The Secret to a Soccer Feint

Why do defenders fall for fake-out moves? A study in Nature Human Behaviour used motion-capture and brain scans to decode the perfect feint. The key isn't the ball — it's the attacker's hips. A sudden hip rotation tricks the defender's brain into committing to a direction before the attacker actually moves. The best players, like Neymar, have hip movements that are just ambiguous enough to freeze defenders. Practical takeaway: if you play soccer, work on your hip swivel.

4. Ants That Farm Fungi — But Also Eat Them

Leafcutter ants are famous for farming fungus. But a new study from the Smithsonian Tropical Research Institute revealed a darker side: when food is scarce, ants eat their fungal gardens. Worse, they selectively consume the most nutritious parts, leaving the rest to regrow. It's the insect equivalent of having your cake and eating it too — literally. The finding upends assumptions about mutualism in nature.

5. A Battery That Charges in 30 Seconds

Researchers at MIT demonstrated a lithium-ion battery that can charge from 0 to 80% in 30 seconds. The innovation? A new electrode material that allows ions to move faster without degrading. The team used a thin-film coating of niobium pentoxide, which has a unique crystal structure that speeds up ion transport. The downside: the battery is still small, suited for hearing aids or sensors, not cars. But the principle scales. Expect this tech in consumer electronics within five years.

6. Why Yawning Is Contagious — Even for Dogs

You know the feeling: someone yawns, you yawn. A study from the University of Tokyo confirmed that dogs catch yawns from humans, but only from people they know. Stranger yawning? No response. The study suggests contagious yawning is linked to empathy and social bonding. It's not just a reflex; it's a sign of connection. Next time your dog yawns after you, it's not tired — it's mirroring your emotion.

“Science isn't just the big breakthroughs. Sometimes the weirdest studies teach us the most about how the world works.”

June 2026 reminded us that science is alive with the unexpected. These six stories didn't make front pages, but they deserve a moment in the sun. So here's to the researchers studying poop shapes, boron cages, and dog yawns. Keep asking the strange questions. We'll keep reading.

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