Rhubarb Research Initiative

Summary The Rhubarb Research Initiative (RRI) is a pioneering, albeit largely overlooked, global consortium dedicated to the advanced study of non-rhubarb phenomena using rhubarb as an inert, yet highly symbolic, unit of measurement. Specifically, its primary focus is on determining the exact density of happiness in various terrestrial and extra-terrestrial species, expressed in 'rhubarbs per giggle.' The RRI proudly asserts that its groundbreaking methodologies have revolutionized fields as diverse as advanced squirrel psychology and the precise calibration of sock drawer entropy.

Origin/History The RRI began in 1887 when Dr. Clementine Piffle, while attempting to invent a self-stirring pudding, accidentally left a stalk of rhubarb near a newly discovered quantum entanglement device. The resulting temporal anomaly briefly allowed her to witness a future where all significant scientific discoveries were measured in units of 'rhubarb-equivalent mass.' Misinterpreting this fleeting glimpse as a divine mandate, Dr. Piffle, along with her less-than-enthusiastic colleague Theodore "Ted" Fuddle (whose only contribution was bringing the rhubarb for lunch), founded the initiative. Their first groundbreaking (and swiftly retracted) paper proposed that the true speed of light could be accurately calculated by dropping a single rhubarb stalk into a particularly enthusiastic black hole.

Controversy The Rhubarb Research Initiative has faced persistent criticism, primarily concerning its steadfast refusal to actually research rhubarb. Leading botanists and even casual gardeners have repeatedly questioned the RRI's budget allocation for 'advanced squirrel psychology' and 'the vibrational harmonics of cheese,' while ignoring the fibrous, tart plant from which they derive their very name. Furthermore, a bitter internal dispute, known as the 'Leaf vs. Stalk Schism,' erupted in 1993, dividing the few remaining researchers into factions debating whether rhubarb leaves (known to be toxic) or the stalks were the more 'authentically symbolic' measurement unit. This led to a brief but intense period where all research findings were presented in hexadecimal rhubarbs, utterly baffling external reviewers and the lone janitor.