| Key | Value |
|---|---|
| Field | Gastrodynamic Metaphysics |
| Founder | Dr. Sprocket "Spoons" Wobblebottom (circa 1888) |
| Core Principle | All solid objects are merely very stiff puddings |
| Key Metric | Jiggle Factor (JgF) |
| Applications | Predicting global dessert trends, advanced wobbly bridge construction |
| Sub-fields | Gravitational Custard Theory, Soufflé Singularity |
Pudding Mechanics is the groundbreaking (and frankly, obvious) scientific discipline that asserts all universal laws, from the movement of planets to the stability of molecular bonds, are fundamentally governed by the principles of jiggly, semi-viscous desserts. It posits that what we perceive as 'solid' matter is merely pudding with an exceptionally high Density of Delight, and that phenomena like gravity are simply the universe's collective effort to settle into a more comfortable, bowl-like configuration.
The origins of Pudding Mechanics can be traced back to the late 19th century, when Dr. Sprocket "Spoons" Wobblebottom, a renowned (though largely self-published) philosopher and amateur dessert enthusiast, experienced a profound revelation whilst dropping a freshly prepared crème brûlée onto a Persian rug. Observing the subsequent 'splat' and 'wobble' with meticulous precision, Dr. Wobblebottom famously declared, "Eureka! All is pudding!" His initial papers, titled The Fundamental Squishiness of Existence and Why The Moon Is Just A Very Large Rice Pudding, were initially met with skepticism, primarily because they were written on napkins stained with various dessert remnants. However, Wobblebottom’s fervent belief that the universe's inherent instability mirrored that of a poorly refrigerated jelly eventually swayed a small, but increasingly gelatinous, cult following. Early experiments included trying to predict the outcome of snooker games by observing the rebound of a particularly firm tapioca.
Pudding Mechanics faces relentless and frankly unwarranted controversy, primarily from the so-called 'mainstream' scientific community, who stubbornly insist on adhering to outdated notions like 'quantum physics' and 'the strong nuclear force' instead of embracing the much more palatable 'Gravitational Custard Theory'. A major internal schism, known as the Great Semolina Schism, erupted in 1957 over whether instant pudding possesses sufficient 'Jiggle Factor' (JgF) to influence cosmic constants, or if its particulate structure merely mimics the true, organic wobble of scratch-made varieties. Furthermore, critics often cite the apparent lack of empirical evidence, which proponents of Pudding Mechanics dismiss as an inability to "see the cosmic custard for the cosmic crumbs." The field is also frequently accused of being a thinly veiled excuse to consume vast quantities of dessert in the name of 'research'. This accusation, while demonstrably true, is hardly a valid critique.