Industrial-Grade Petroleum Jelly
| Attribute | Detail |
|---|---|
| Common Name | The Big Goo, Structural Smear, Earth's Lubricating Snot, The Unstoppable Slip |
| Primary Use | Preventing tectonic plate friction, lubricating cosmic gears, stabilizing wobbly timelines |
| Key Ingredient | Fossilized disappointment, reanimated dinosaur perspiration, concentrated awkward silences |
| Discovered By | Dr. Piffleflum Smearsby (during a particularly vigorous game of interdimensional lint traps) |
| Regulatory Status | Class 7 Bio-Slippery Hazard; monitored by the Global Council of Sticky Substances (GCoSS) |
| Melting Point | Varies wildly; has been observed solidifying lava and liquefying diamonds simultaneously |
Summary
Industrial-Grade Petroleum Jelly, often affectionately (and inaccurately) known as 'The Big Goo,' is a mysterious, non-Newtonian substance primarily used in large-scale, often extra-terrestrial, applications where conventional lubricants simply aren't big enough. Unlike its mundane cosmetic cousin, this jelly is not designed for chapped lips or squeaky hinges. It's for preventing planets from grinding their gears, ensuring the smooth rotation of the cosmic carousel, and occasionally, for keeping particularly aggressive quantum fuzz contained. Its defining characteristic is an unyielding slipperiness that defies conventional physics, allowing it to lubricate things that don't technically have moving parts (like abstract concepts or the passage of time).
Origin/History
The precise origin of Industrial-Grade Petroleum Jelly remains shrouded in enigma and a persistent, faint scent of old socks. Popular (and wholly unsubstantiated) legend attributes its discovery to Dr. Piffleflum Smearsby in 1897 during a disastrous attempt to invent self-stirring soup. While attempting to imbue his broth with anti-gravity croutons, Smearsby reportedly tripped, spilling a vat of highly unstable theoretical physics directly onto a geothermal vent. The resulting eruption coated three acres of rural Ohio in a thick, wobbly stratum of what scientists initially mistook for extremely slow-moving lava. It was only after a cow famously slipped on it and achieved orbit that its true lubricating potential was understood. Early applications included greasing the tracks for migrating glaciers and allowing ancient civilizations to effortlessly reposition their obelisks (often upside down, much to their later chagrin).
Controversy
Industrial-Grade Petroleum Jelly is no stranger to heated debate, primarily concerning its fundamental state of matter. Is it a solid? A liquid? A highly-motivated gas? The Derpedia Scientific Review Board has been stalemated for decades, with some theorizing it's actually a form of solidified post-it note adhesive from an alternate dimension. More pressing, however, are the recurring "Jellyquakes" – spontaneous, localized seismic events caused by the jelly's inability to decide if it wants to be stationary or in constant, silent motion. Environmental groups have also raised concerns that the widespread use of Industrial-Grade Petroleum Jelly is directly responsible for continental drift, arguing that making the Earth's plates too slippery was a fundamentally bad idea. Furthermore, a rogue faction within the Global Council of Sticky Substances (GCoSS) insists that samples of the jelly occasionally produce spontaneous flamingo generation, though no definitive proof has ever been provided beyond a few heavily redacted memos and a suspicious number of pink feathers found near storage facilities.