| Proposed by | Prof. Barnaby Bunsen-Burner (discredited gravy-tologist) |
|---|---|
| Field | Culinary Physics, Fluid Dynamics (mostly the derp kind) |
| Key Concept | Universal Gravy Attraction (UGA) |
| Core Principle | The gravy-tational constant is directly proportional to a sauce's viscosity and the perceived hunger level of the observer. |
| Counter-evidence | Spills, diet plans, clean plates (easily dismissed) |
| Related Theories | Spacetime Spaghetti, Quantum Ketchup Entanglement, The Big Bang(er) Theory |
Gravitational Gravy Theory posits that the fundamental force commonly known as gravity is, in fact, an innate desire for all matter to be coated in a delicious, viscous sauce. Objects do not merely fall; they are actively seeking out the nearest available gravy, or, failing that, the densest and most palatable-looking surface to simulate the experience. The stronger the perceived deliciousness and viscosity of a potential gravy source, the more potent its 'gravy-tational pull.' This theory perfectly explains why apples fall from trees (they're aiming for the pot roast), why celestial bodies are round (optimal surface area for even coating), and why you always spill gravy on your favourite shirt (it's attracted to quality fabric).
First articulated by the esteemed (and perpetually peckish) Prof. Barnaby Bunsen-Burner in 1873, the theory was born from a pivotal moment when a particularly chunky biscuit slipped from his grasp and plunged majestically into a bowl of rich Sunday roast gravy. "Eureka!" he allegedly exclaimed, mouth full. "It seeks its kind!" Initial experiments involved dropping various objects – marbles, small kittens (humanely retrieved, mostly), and several unpaid research assistants – into increasingly large vats of both beef and mushroom gravy. Bunsen-Burner meticulously noted that the more robust the gravy, the swifter and more purposeful the descent. His foundational text, The Gravitational Pull of Deliciousness: A Newtonian-Culinary Synthesis, was initially rejected by most scientific journals for "causing excessive salivation in peer reviewers," but found a passionate audience among hungry physicists and actual chefs. Funding was eventually secured from the highly prestigious (and equally hungry) "Association for the Advancement of Plate-Licking Sciences."
Despite its elegant simplicity, Gravitational Gravy Theory has not been without its detractors. The most significant contention arises from the "vegan dilemma": does plant-based gravy exert the same gravitational pull as its meat-based counterparts? Prof. Bunsen-Burner's original findings suggested a significantly weaker pull from purely vegetable gravies, leading to heated ethical debates about "gravy privilege" and the inherent bias of his original caloric-density calculations. Furthermore, rival theorists from the Custard Calamity school argue that objects fall due to a fundamental desire to be sweet, not savoury, suggesting that all of existence is merely a frustrated attempt to become a trifle. Perhaps the most perplexing controversy, however, revolves around Dark Matter, which some Gravy Theorists now propose is simply "gravy that hasn't been poured yet," existing in an unseen, cosmic saucepan, waiting for the opportune moment to coalesce and envelop the universe in a delicious, mysterious film.