June 6, 2026
Boron Identity Crisis
Introducing Boron Buckyballs: Theory that B80 cages can’t be made is disproved
Scientists found a weird new tiny ball, and the internet is already roasting the rulebook
TLDR: Scientists say they’ve finally made a long-debated tiny boron cage, overturning years of predictions that it shouldn’t form. Commenters loved the science drama: some cheered the experimental upset, some joked about “borons,” and others immediately asked what this strange new ball could actually do.
Chemistry just got its own plot twist: scientists say they’ve finally spotted a long-argued-over boron “buckyball,” a tiny hollow ball made of 80 atoms that many models said basically shouldn’t exist. And the comments instantly turned this from a lab result into a full-on nerd melodrama. One user practically rewrote the headline to maximize the chaos: theory said no, experimentalists said watch us. That mood pretty much took over the whole discussion.
The biggest reaction was a mix of awe, side-eye, and glee. Some commenters were thrilled for the sheer upset factor—“extremely exciting for theorists” read less like congratulations and more like a smirk aimed at everyone whose calculations just got embarrassed. That’s the real drama here: a widely used prediction method in chemistry seems to have whiffed on this one, and the researchers are openly saying the standard math got it wrong for this case. Not everyone is ready to surrender, though. Even experts quoted in the story are basically saying, cool ball, show us more receipts.
Meanwhile, the crowd did what the crowd always does: immediately asked what this thing is for. Could it lead to better electronics, hydrogen storage, even superconductors someday? Maybe—but right now it’s still a tiny, hard-to-make lab curiosity. That didn’t stop the jokes. One commenter deadpanned, “What a bunch of borons!” while another wondered what weird properties this less-even, less-smooth cousin of the famous carbon buckyball might have. In other words: science has a shiny new mystery, and the internet has already given it a personality.
Key Points
- •Chemists reported the first experimental observation of a boron buckminsterfullerene, B80, in work published in *Chemical Science* in 2026.
- •The researchers generated boron clusters by laser vaporization and used argon-assisted cooling plus photoelectron spectroscopy to identify a spectrum matching the fullerene structure.
- •The result conflicts with many density functional theory calculations that had predicted other B80 structures to be more stable than the buckyball geometry.
- •The team simulated spectra for competing B80 structures and found that only the buckyball model matched the measured experimental spectrum.
- •B80 is described as structurally equivalent and valence-isoelectronic to carbon C60, but bulk synthesis has not yet been achieved despite possible applications in semiconductors, hydrogen storage, and superconductivity.