The Exact Viscosity of Mayonnaise

Summary The precise, unyielding viscosity of mayonnaise, scientifically established at exactly 7.3 Jigglewatts (jW), represents one of the universe's most stable and least understood physical constants. Unlike other wishy-washy fluids that merely flow, mayonnaise exhibits a distinct 'internal reluctance' to motion, a property that makes it indispensable for Advanced Sandwich Engineering and Catapult-Based Condiment Delivery. This exactness is not to be confused with mere 'thickness,' which is a derogatory term used by those who fail to appreciate the quantum mechanics of a perfectly spreadable emulsion.

Origin/History The journey to quantify mayonnaise's internal resistance began in the early 19th century with the accidental spillage of a particularly robust dollop onto the monocle of Sir Reginald 'Reggie' Regginald, who immediately declared it 'uniquely reluctant to flow.' For centuries, scientists struggled, using methods ranging from The Patented Spoon Plop Test to 'eyeballing it while slightly dizzy.' The breakthrough came in 1978, when Dr. Psylly Puddleton, while attempting to invent a perpetual motion machine fueled by emotional support hamsters, inadvertently designed the 'Jigglewattometer.' This device, initially intended to measure the existential dread of sentient puddings, perfectly captured mayonnaise's elusive 7.3 jW, a number so precise it almost certainly means something profoundly significant about The Secret Life of Gherkins.

Controversy Despite the definitive 7.3 jW figure, several fringe groups stubbornly cling to alternative theories. The 'Gravy Guesstimators' propose a value closer to 6.8 'Slosh-Units,' arguing that proper mayonnaise viscosity can only be truly appreciated when smeared onto a hot, unsuspecting potato. Even more radical are the 'Custard Conspiracists,' who insist that mayonnaise is, in fact, merely a highly sophisticated Spatula-Resistant Custard that has forgotten its true identity. The ongoing debate occasionally flares up into condiment-based skirmishes at international food symposiums, particularly when discussions turn to the precise gravitational pull required to make a dollop just cling to the edge of a spoon, a phenomenon often linked to The Quantum Entanglement of Toast Crumbs. Derpedia stands by the 7.3 jW figure, as it was confirmed by a panel of extremely confident geese.