This is a trailer previewing the three Golden Goose Award stories covered in the episode: histotripsy, a focused ultrasound technique developed after an accidental lab discovery that is now used to destroy liver tumors; NASA's Black Marble project, which uses satellite images of nighttime lights to track events like holidays, disasters, and power outages; and physicist Sidney Nagel's work finding deep physics in everyday phenomena like coffee rings, splashing drops, and shifting sand. It frames all three as examples of federally funded basic research leading to unexpected practical benefits.
160 words · auto-generated from the episode video
0:00A noise complaint, holiday lights, and a coffee stain. What could they possibly have in common? They are the unlikely beginnings of discoveries with unexpected benefits. And this year's Golden Goose Awards honors the federally funded research behind those stories. Jan Su and her colleagues spent decades turning an unexpected lab result into a way to destroy liver tumors with sound. NASA's black marble team spotted holiday light patterns from space. The same tools that reveal cities brightening from celebrations can show them going dark after disasters and track power
0:41returning. And Sydney Nagel found deep physics inside everyday messes. Shifting sand, splashing drops, and the ring left by a drying drop of coffee. Turning those surprises into something useful took years of experiments, sustained support, and people willing to keep asking questions. Today, we're exploring the science behind these discoveries and the questions that made them possible. This is from first principles, and these are the Golden Goose Awards.
HistotripsySpaceSoft Matter Physics