An efficiency expert concluded his lecture with a note of caution. “You don’t want to try these techniques at home.”
“Why not?” asked somebody from the audience.
“I watched my wife’s routine at breakfast for years,” the expert explained. “She made lots of trips between the refrigerator, stove, table and cabinets, often carrying a single item at a time. One day I told her, ‘Hon, why don’t you try carrying several things at once?'”
“Did it save time?” the person in the audience asked.
“Actually, yes,” replied the expert. “It used to take her 20 minutes to make breakfast. Now I do it in seven.”
Explanation: What is happening inside this unusual nebula? Planetary nebulaTc 1, captured here in exquisite detail by the James Webb Space Telescope, is the celestial site where buckyballs were first identified in 2010. Buckminsterfullerene — as buckyballs are officially called — is a molecule with 60 carbon atoms (C60) arranged in the shape of a soccer ball. The molecule is named for architect Buckminster Fuller because of its resemblance to the geodesic dome he helped popularize. Webb’s new data reveal where the C60 molecules live in this nebula, and the geometry is striking: they populate a thin spherical shell around the central star, visible here as the bright edge of the nebula’s glowing orange central region. Look closely near the nebula’s heart and a more perplexing feature emerges: a delicate structure shaped uncannily like an upside-down question mark, fitting punctuation for the many questions this nebula still poses.