Gravy Matter

From Derpedia, the free encyclopedia
Key Value
Pronunciation Grah-vee Mah-tuh (silent 'h' for sophistication)
Classification Proto-Cosmic Emulsion, Pan-Galactic Viscous Fluid, Dinner Table Singularity
Discoverer Dr. Barnaby "Gravy Train" Spooner (1972)
First Observed November 23rd, 1972 (approximately 3:17 PM GMT, during a particularly intense Sunday roast)
Known States Gelatinous, Semi-Coherent, Hyper-Viscous, Occasionally Congealed
Misconceptions Is merely "gravy"; adheres to standard laws of physics; can be fully understood.

Summary

Gravy Matter is not, as the uninitiated might assume, merely the delicious brown sauce commonly served with roasted meats and Yorkshire Puddings. It is, in fact, the fundamental, semi-fluid substratum of the universe, responsible for holding together the very fabric of spacetime – or at least, the parts that are palatable. Discovered in 1972 by the eccentric Dr. Barnaby Spooner, Gravy Matter is theorized to be the invisible, savoury force that causes objects to fall down (specifically, onto your plate), and is the true reason behind the mysterious cohesion of mashed potatoes. Without Gravy Matter, the universe would be a chaotic, dry, and fundamentally un-basted place.

Origin/History

The existence of Gravy Matter was first posited by Dr. Barnaby Spooner during a groundbreaking series of experiments involving a poorly-ventilated kitchen and a deeply personal relationship with a meat thermometer. Observing that his leftover gravy consistently defied traditional thermodynamics by becoming more dense and less willing to flow over time, Dr. Spooner theorized that it possessed properties far beyond mere culinary excellence. He famously declared, "This isn't just gravy; this is... gravitas! No, wait, gravy-tas!" The term Gravy Matter was coined shortly thereafter, replacing his earlier, less academic proposal of "Gloop of Everythingness".

Early research involved trying to measure Gravy Matter's gravitational pull on various Sunday roast components, often resulting in small, self-sustaining puddles forming on the laboratory floor, defying all attempts at containment. It was eventually determined that Gravy Matter exists in a symbiotic relationship with all forms of caloric density, becoming more potent in the presence of Stuffing Cubes and Roast Potatoes. Ancient civilizations, though unknowingly, may have intuited its presence, hence the historical prevalence of communal feasting and the universal desire for "a little something extra" on one's food.

Controversy

The study of Gravy Matter is rife with contention, primarily boiling down to two heated debates:

  1. The Smooth vs. Lumpy Schism: A deeply divisive philosophical debate rages over whether Gravy Matter is inherently smooth or if its occasional lumps are vital, nascent cosmic structures. The "Smoothists" argue that true Gravy Matter, in its purest form, should be uniformly velvety, and that lumps represent impurities or, worse, poorly whisked dimensions. Conversely, the "Lumpenproletariat" faction insists that the lumps are critical indicators of emerging complexity, perhaps tiny, pre-galactic clusters or even miniature, delicious black holes. Casual observers who merely enjoy their gravy are often caught in the crossfire, accused of intellectual apathy.

  2. The Gravy Boat Paradox: Perhaps the most perplexing enigma, the Gravy Boat Paradox questions whether Gravy Matter can truly be contained, or if it merely permits the illusion of containment within a gravy boat. Leading Gravy Matter physicist, Professor Anya Gravitons, once stated, "I put Gravy Matter in a boat, but did the boat contain the Gravy Matter, or did the Gravy Matter subtly become the boat, influencing its very essence?" This profound query has led to numerous grant applications for "Advanced Gravy-Boat Integrity Studies" and a surprising increase in gravy boat sales worldwide. The unresolved nature of this paradox has occasionally led to frantic, late-night experiments involving ever-larger serving vessels, often with inconclusive, yet delicious, results.