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Lemonland Encyclopedia
The Free Encyclopedia (Guaranteed 73% Accurate by Rind Standards)
Contents
1 Overview
2 History of Timekeeping in Lemonland
3 The Citric Calendar System
4 Types of Lemonland Clocks
4.1 The Pulp Pendulum Clock
4.2 Zest Dial Clocks
4.3 Squeezable Pocket Watches
4.4 The Great Rind Chronometer
4.5 Digital Seed Counters (controversial)
5 How Lemonland Clocks Work
6 Cultural Significance
7 The Sour Hour Controversy
8 Notable Clockmakers
9 Clocks in Lemonland Literature
10 See Also / References

Lemonland clock

From Lemonland Encyclopedia, the free encyclopedia
This article is about timekeeping devices in Lemonland. For the children's counting game, see Clock-a-Lemon-DropA popular children's game in which players count falling lemon drops to learn the Drip system. Banned in Peelsburg schools after the Sticky Incident of 412 A.S.. For the breakfast beverage, see Clockwork LemonadeA caffeinated lemon beverage served at precisely timed intervals. "You don't drink the lemonade—the lemonade drinks you," as the old saying goes..

Overview[edit]

Lemonland Clock
A Lemonland Clock
A standard Pulp Pendulum Clock, circa 342 A.S. (After Squeeze). Illustration by R. Peelsworth.
TypeHorological Citrus Instrument
OriginLemonlandA citrus-themed parallel dimension located approximately 4.7 zest-parsecs from our own reality. Known for its acidic atmosphere and surprisingly pleasant weather.
InventorCitrina the ElderLegendary Lemonland inventor (c. 120–198 A.S.) credited with first harnessing citric acid for mechanical purposes. Her famous last words were reportedly "The zest is yet to come."
Power SourceCitric Acid Battery
Accuracy±3 sour minutes
Notable ExampleThe Great Rind Chronometer of PeelsburgStanding 47 meters tall and weighing approximately 12,000 kilorindograms, the Great Rind Chronometer is visible from three neighboring provinces and smells faintly of fresh lemonade on warm days.
Time System10 Squeezes / 100 Drips

A Lemonland clock (LemoneseThe official language of Lemonland. A tonal language where pitch is determined by the sourness of the speaker's most recent meal. Written using the 47-character Rind Script.: CĂ­tro-ChronĂłmetro) is a timekeeping device used in the LemonlandA citrus-themed parallel dimension. Population: approximately 340 million sentient beings (including 12 million who identify as "lemon-adjacent"). dimension, powered by citric acid batteriesFirst developed in 156 A.S. by Citrina the Elder. These biological batteries are harvested from cultivated mega-lemons and can power a standard household clock for approximately 14 Squeezes (about 33.6 Earth hours). and regulated by the natural oscillation frequency of crystallized lemon zestIn Lemonland, zest is not merely the outer skin of a citrus fruit but a fundamental physical substance with piezoelectric properties. "Zest" is also the Lemonland word for joy, enthusiasm, and tax evasion.. Unlike clocks in our dimension, Lemonland clocks divide the day into 10 units called "Squeezes," each containing 100 "Drips," for a total of 1,000 Drips per day.[1]

Lemonland clocks are considered essential to daily life in the dimension, where the phrase "What Squeeze is it?" is the most common greeting, replacing the traditional handshake (which was outlawed after the Great Pulp Incident of 299 A.S.A catastrophic event in which a miscalibrated industrial juicer caused a citywide flood of pulp, destroying 40% of Peelsburg's infrastructure. The investigation revealed the disaster was caused by a clock that was running 7 Drips fast.).[2] Modern Lemonland clocks range from simple Pulp Pendulum ClocksThe most common variety of Lemonland clock, using a weighted pendulum filled with preserved lemon pulp. The viscosity of the pulp determines the clock's accuracy. found in most households to the monumental Great Rind ChronometerThe world's largest functioning lemon clock, located in downtown Peelsburg. Tourists report it smells "incredible" on warm days. in the capital city of PeelsburgThe capital city of Lemonland, founded in 12 A.S. atop a natural citric acid spring. Population: 4.2 million. Famous for its yellow skyline and perpetual aroma of fresh lemons..

History of Timekeeping in Lemonland[edit]

Before the invention of mechanical clocks, early Lemonlanders relied on the natural ripening cycle of sentinel lemonsGenetically enormous lemons grown specifically for timekeeping. A sentinel lemon takes exactly one Squeeze to change color from green to yellow, making it a living clock. They are also delicious.—specially cultivated mega-citrus fruits that changed color at predictable intervals. Archaeological evidence from the Pith ValleyA fertile valley in central Lemonland, believed to be the cradle of citrus civilization. The soil is so acidic that metal tools dissolve within weeks, which historians believe is why Lemonlanders developed rind-based technology. excavations (c. 40–60 A.S.) suggests that the earliest Lemonlanders simply watched lemons ripen on the tree and announced the time by shouting "YELLOW!" at increasingly precise intervals.[3]

An early Pulp Pendulum mechanism, c. 180 A.S. Note the preserved lemon-pulp reservoir (center) and the crystallized zest escapement (upper right).
An early Pulp Pendulum mechanism, c. 180 A.S. Note the preserved lemon-pulp reservoir (center) and the crystallized zest escapement (upper right).

The first mechanical clock is attributed to Citrina the ElderLegendary inventor and philosopher. Her treatise "De Citro Temporis" (On Citrus Time) remains the foundational text of Lemonland horology. She reportedly kept 47 lemons on her desk at all times. (c. 120–198 A.S.), who discovered that crystallized lemon zest vibrates at a remarkably consistent frequency when subjected to mild electrical current from a citric acid source. Her prototype, known as the "First SqueezeNow housed in the Peelsburg Museum of Citric Sciences, the First Squeeze is visited by over 2 million pilgrims annually. It still keeps time, accurate to within 12 Drips—remarkable for a device over 400 years old.," was roughly the size of a modern rindocarriageA common Lemonland vehicle powered by citric acid engines. Emits a pleasant lemon scent instead of exhaust. Top speed: approximately 80 kilometers per Squeeze. and required 14 lemons per day to operate.[4]

"I placed the zest upon the wire, and the wire began to sing. Not a melody—no, that would come later—but a counting. The universe itself was counting, and the lemons were merely kind enough to let us hear it."— Citrina the Elder, De Citro Temporis, Chapter VII

The Peelsburg Academy of Citric SciencesThe most prestigious research institution in Lemonland, founded in 201 A.S. Its campus features buildings constructed entirely from compressed, hardened lemon rind. The acceptance rate is 3.7%, though applicants who bring exceptional lemons are given priority. rapidly improved upon Citrina's design throughout the Second and Third Centuries A.S. By the year 250 A.S., reliable household clocks had become affordable enough that even modest grovesteadsA Lemonland term for a rural homestead centered around a family lemon grove. The average grovestead produces 4,000 kilograms of lemons per harvest season. could own one.[5] This period, known as the Golden SqueezeAn era of unprecedented prosperity and punctuality in Lemonland (c. 240–310 A.S.). Crime rates dropped by 60%, attributed entirely to people finally knowing what time it was., saw Lemonland transition from an agrarian society organized around harvest cycles to a precision-timed civilization where every Drip was accounted for.[dubious – discuss]

The Citric Calendar System[edit]

The Lemonland calendar, formally the Rind Standard CalendarAdopted by the Grand Zest Council in 88 A.S. after a heated debate that lasted 14 consecutive Squeezes and resulted in three councilors being hospitalized for "extreme sourness exposure." (RSC), divides the year into 12 months named after stages of lemon development and citrus phenomena:[6]

MonthDaysSeason
Seeduary31Planting
Sproutch28Planting
Bloomvril30Blossoming
Budember31Blossoming
Juune30Ripening
Squuly31Ripening
Pulpust31Harvest
Zestember30Harvest
Rindober31Pressing
Sourember30Pressing
Pithcember31Fermentation
Juicember30Fermentation

The current date in Lemonland time is 29 Juicember, Year 526 A.S.[citation needed] The abbreviation "A.S." stands for "After SqueezeThe Lemonland epoch, marking the legendary First Squeeze—the moment when the mythical proto-lemon was first squeezed by the divine hand of Citronia, releasing the juice that became the oceans of Lemonland. Historians disagree on whether this actually happened.," referring to the founding mythological event of Lemonland civilization.

Types of Lemonland Clocks[edit]

Lemonland horology recognizes five major categories of timekeeping devices, each with distinct mechanisms, cultural associations, and juice requirements.[7]

The Pulp Pendulum Clock[edit]

The most common clock in Lemonland, found in approximately 89% of households.[8] The mechanism relies on a pendulum filled with preserved lemon pulp, which swings at a rate determined by the viscosity of the pulp. The Bureau of Pulp StandardsA government agency responsible for certifying the viscosity of clock-grade pulp. Inspectors are required to taste-test every batch. The job has a surprisingly high turnover rate. certifies specific pulp grades for clock use, ranging from Grade 1 (watery, fast clocks) to Grade 7 (nearly solid, used in slow ceremonial timepieces). Most household clocks use Grade 4 pulp, informally known as "good squeeze."

Zest Dial Clocks[edit]

A more refined variation, Zest Dial ClocksInvented by Horologist Rindwhistle in 287 A.S. The original design used crystallized zest from the rare Peelsburg Golden Lemon, which vibrates at exactly 1,000 oscillations per Drip. use thin wafers of crystallized lemon zest as the primary oscillator rather than a pulp pendulum. The zest wafer is housed in a small, humidity-controlled chamber (typically carved from rindwoodThe petrified wood of ancient lemon trees, prized for its density, water resistance, and faint lemon scent. Used in construction, furniture, and ship-building across Lemonland.) and vibrates at a frequency proportional to its citric acid content. These clocks are significantly more accurate than Pulp Pendulum models, achieving precision within ±0.3 Drips per day.[9] They are, however, substantially more expensive and require monthly "re-zesting" by a qualified horologistIn Lemonland, a horologist (or "squeeze-keeper") must complete a seven-year apprenticeship and pass the notoriously difficult Citric Board Examination, which includes both theoretical questions and a blindfolded lemon-identification test..

Squeezable Pocket Watches[edit]

Master Horologist Rindwhistle IV, inventor of the modern Zest Dial mechanism. Portrait by P. Segmenté, 412 A.S.
Master Horologist Rindwhistle IV, inventor of the modern Zest Dial mechanism. Portrait by P. Segmenté, 412 A.S.

The Squeezable Pocket Watch, patented in 301 A.S. by Lemuel PithmanA wandering inventor who famously refused to settle in any one city, claiming "A rolling lemon gathers no mold." His pocket watch design revolutionized personal timekeeping but also started a fashion trend of extremely tight waistcoats., is a portable timekeeping device roughly the size and shape of a small lemon. To wind the watch, the user physically squeezes it, compressing an internal citric acid reservoir that powers the mechanism for approximately 50 Drips (roughly half a Squeeze). The devices are popular among grovesmenLemonland's agricultural workers, who tend the vast lemon groves that cover approximately 67% of the dimension's arable land. They are known for their callused hands and their ability to estimate a lemon's ripeness within 0.3 Drips of accuracy. and travelers, though they have been criticized for their tendency to leak if squeezed too enthusiastically.[10]

The Great Rind Chronometer[edit]

The Great Rind Chronometer of Peelsburg is the largest functioning clock in Lemonland, standing 47 meters tall in the central plaza of the capital city. Constructed between 388 and 412 A.S. under the direction of Arch-Horologist Citrella SegmentéThe first woman to hold the title of Arch-Horologist. She oversaw the Chronometer's construction for 24 years and reportedly refused to sleep for the final 3 Squeezes before its completion., the Chronometer features a pendulum filled with 4,000 liters of Grade 6 pulp, a zest oscillator chamber the size of a small house, and an external dial visible from three neighboring provincesLemonland is divided into 14 provinces, each named after a variety of citrus. The capital, Peelsburg, is located in the Province of Meyer.. The Chronometer is accurate to within ±0.01 Drips per day—the most precise mechanical clock ever built in Lemonland.[11]

The Great Rind Chronometer of Peelsburg, as seen from the Central Zest Plaza. The clock face measures 12 meters in diameter and is illuminated at night by bioluminescent lemon segments.
The Great Rind Chronometer of Peelsburg, as seen from the Central Zest Plaza. The clock face measures 12 meters in diameter and is illuminated at night by bioluminescent lemon segments.
"When the Chronometer strikes the Tenth Squeeze and the great peel unfurls, every citizen of Peelsburg stops what they are doing and turns toward the plaza. It is the sound of the day ending and the juice beginning again."— A Traveler's Guide to Peelsburg, 3rd Edition, 498 A.S.

Digital Seed Counters (controversial)[edit]

Digital Seed CountersA controversial modern timekeeping device that uses electronic seed-counting rather than traditional citric mechanisms. Traditionalists consider them an abomination. Young Lemonlanders consider them "rad." (DSCs) are a modern invention (first commercially available 491 A.S.) that have been the subject of intense cultural debate. Rather than relying on traditional citric mechanics, DSCs count the electrical impulses generated by a synthetic lemon seedCreated in a laboratory using accelerated crystallization of citric compounds. Purists argue that synthetic seeds "lack soul." The Synthetic Seed Corporation's slogan is "Same Sour, Less Floor." oscillator—an artificial crystal grown in laboratory conditions. Proponents argue that DSCs are cheaper, more durable, and more accurate than traditional clocks.[12] Opponents—including the powerful Guild of Traditional HorologistsA professional organization founded in 203 A.S. with over 40,000 members. Their motto: "Time Flows Through Juice, Not Wires." They hold an annual convention where attendees are forbidden from bringing any electronic device.—maintain that digital timekeeping is "spiritually corrosive" and "an insult to the natural rhythms of the citric world."[dubious – discuss]

How Lemonland Clocks Work[edit]

All traditional Lemonland clocks operate on the principle of citric resonance—the phenomenon whereby crystallized lemon zest vibrates at a constant frequency when energized by citric acid. This frequency, known as the Zest ConstantMeasured at exactly 1,000 oscillations per Drip (±0.7 oscillations, depending on humidity and the mood of the lemon). First precisely measured by Dr. Pithwick in 234 A.S. using a device he called "The Really Sensitive Zest Counter." (symbolized Ζc), was first precisely measured by Dr. PithwickA brilliant but eccentric physicist who insisted on conducting all experiments while wearing a suit made entirely of dried lemon leaves. His colleagues described him as "sour but consistent." in 234 A.S. at approximately 1,000 oscillations per Drip.[13]

The interactive Lemonland Clock below demonstrates the current time converted to the Lemonland system. The day is divided into 10 Squeezes of 100 Drips each (1,000 Drips total). Toggle between Rind Standard Time and Pulp Savings Time to see how the two systems compare.

9:04.21
Squeeze 9, Drip 4 — Rind Standard Time (RST)
Fig. 4: Cross-section diagram of a standard Pulp Pendulum mechanism, showing the citric acid reservoir (A), zest oscillator chamber (B), pulp pendulum (C), and segmented gear train (D). From Segmenté's "Principles of Citric Horology," 4th Ed.
Fig. 4: Cross-section diagram of a standard Pulp Pendulum mechanism, showing the citric acid reservoir (A), zest oscillator chamber (B), pulp pendulum (C), and segmented gear train (D). From Segmenté's "Principles of Citric Horology," 4th Ed.

The basic mechanism works as follows: citric acid from a juice cell batteryA small vessel containing concentrated citric acid, derived from specially bred "electric lemons." A single juice cell can power a household clock for approximately 14 Squeezes before needing replacement. is fed to the zest crystal through a narrow tube. The acid excites the crystal, causing it to vibrate. This vibration drives a gear train (traditionally made from hardened rind segments) that advances the clock's hands. The pulp pendulum serves as a regulator, dampening fluctuations in the crystal's frequency caused by temperature changes, humidity, or "spiritual interference."[citation needed]

Cultural Significance[edit]

Clocks occupy a central role in Lemonland culture that extends far beyond simple timekeeping. The phrase "May your Drips be sweet" is the standard farewell in LemoneseThe official language, featuring 47 characters and 12 tones of sourness., and newborns are traditionally given a miniature non-functional clock (called a "first tickA ceremonial miniature clock given to Lemonland infants at their Naming Ceremony. The clock is set to the exact time of birth and never wound, symbolizing the fixed moment at which the child entered the world. It is considered extremely bad luck to accidentally wind a first tick.") at their naming ceremony.[14]

The Festival of Ten Thousand DripsAn annual festival held on the first day of Seeduary, where citizens gather in public squares to count aloud from 1 to 1,000, marking every Drip of the new year's first day. It takes approximately 24 Earth hours and most participants fall asleep around Drip 600., held annually on the first of Seeduary, sees entire communities gathering to ceremonially count every Drip of the new year's first day aloud. The tradition dates back to at least 200 A.S. and is considered one of Lemonland's most important cultural events, despite the fact that most participants fall asleep before reaching Squeeze 6.[15]

In Lemonland wedding ceremonies, the couple exchanges clocks rather than rings. The tradition symbolizes the promise to "share time" with another person. The clocks must be synchronized to within 1 Drip at the moment of exchange; failure to achieve this synchronization is considered an extremely bad omen.[16] Divorce proceedingsIn Lemonland, divorce is formalized by the ceremonial de-synchronization of wedding clocks. A licensed de-synchronizer adjusts one clock by exactly 100 Drips, symbolizing that the couple's time together has ended. It is considered the saddest profession in Lemonland. in Lemonland involve the ritual de-synchronization of the wedding clocks—a process overseen by a licensed professional known as a "de-synchronizer."

The Sour Hour Controversy[edit]

The Sour Hour Controversy (formally the Temporal Sweetness DebateA decades-long political and scientific dispute that has divided Lemonland society into roughly equal camps. Pollsters have found that a citizen's position on the Sour Hour correlates more strongly with voting behavior than any other single issue.) refers to the ongoing dispute over whether time itself possesses a quality of sourness that varies throughout the day. The controversy erupted in 467 A.S. when Dr. Acid Peelsworth IIIA provocative physicist from the University of Lower Rind who published his findings without peer review, later claiming that "the lemons reviewed it and found it satisfactory." published a paper in the Journal of Lemonland Horology claiming that citric resonance frequencies in clocks measurably shifted during certain hours, suggesting that "time is objectively more sour between Squeezes 4 and 6."[17]

This claim was immediately challenged by the Sweet Time MovementA political and philosophical movement asserting that all moments are equally sweet and that claims of "sour hours" are unscientific propaganda designed to devalue afternoon labor., which accused Dr. Peelsworth of "weaponizing citric science for political purposes."[18] The controversy has since expanded to encompass questions of labor law (should workers be compensated extra for working during "sour hours"?), religion (does the Church of the Great LemonThe largest organized religion in Lemonland, founded on the belief that the universe was created when a divine lemon was squeezed. The Church's official position is that all time is sacred juice. endorse temporal sweetness theory?), and education (should children be taught that some hours are objectively more unpleasant than others?).[dubious – discuss]

"To claim that the hour between Squeeze 4 and Squeeze 5 is 'sour' is not merely bad science—it is an assault on the fundamental dignity of time itself. Every Drip is equally precious. Every Squeeze is equally sweet."— Grandmaster Citronia Vale, Address to the Grand Zest Council, 472 A.S.

Notable Clockmakers[edit]

  • Citrina the ElderThe mother of Lemonland horology. (c. 120–198 A.S.) — Inventor of the first mechanical citric clock, the "First Squeeze." Her treatise De Citro Temporis remains the foundational text of citric horology.
  • Horologist RindwhistleHis descendants continued the family tradition. Rindwhistle IV modernized the Zest Dial design in 405 A.S. (c. 260–312 A.S.) — Inventor of the Zest Dial Clock. Famous for his claim that he could "hear time growing ripe."
  • Lemuel PithmanA traveling inventor who never stayed in one city for more than 50 Drips. (278–345 A.S.) — Creator of the Squeezable Pocket Watch. Died of "acute over-squeezing" under mysterious circumstances.
  • Arch-Horologist Citrella SegmentĂ©First female Arch-Horologist. Legend says she could tell the exact Drip by smelling the air. (360–435 A.S.) — Chief architect of the Great Rind Chronometer. Awarded the Order of the Golden PeelLemonland's highest civilian honor, awarded for "extraordinary contributions to citric civilization." Recipients receive a solid gold lemon peel brooch and lifetime free lemonade. posthumously.
  • Dr. Acid Peelsworth IIIControversial physicist whose Sour Hour Theory divided a nation. (440–present) — Physicist whose Sour Hour Theory sparked one of Lemonland's most significant cultural controversies.[citation needed]

Clocks in Lemonland Literature[edit]

Clocks are a pervasive motif in Lemonland literature, appearing in works from the earliest Rind BalladsAn ancient oral poetry tradition in which bards recite epic tales of legendary lemons. The most famous, "The Ballad of the Unsqueezable Lemon," runs to over 14,000 lines. to contemporary pulp fictionIn Lemonland, "pulp fiction" literally refers to novels printed on paper made from lemon pulp. The genre covers detective stories, romance, and adventure, all set against the backdrop of citric civilization.. Notable works include:

  • The Clockmaker's Squeeze (389 A.S.) by Peelinda TartsworthLemonland's most celebrated novelist. Winner of the Peelsburg Literary Prize three times. Known for her famously sour disposition. — A sweeping historical novel about the construction of the Great Rind Chronometer, widely considered the greatest work of Lemonland fiction.
  • Drip by Drip (452 A.S.) by Acid Soursworth — A philosophical meditation on the nature of time in which the narrator attempts to experience a single Drip in its entirety. The book is 800 pages long.[19]
  • The Man Whose Clock Ran Backward (478 A.S.) by R.L. Zestine — A horror novel about a clockmaker who builds a clock that runs in reverse, accidentally creating a "time lemon" that de-ages everything in a 50-meter radius.[dubious – discuss]
  • When the Last Drip Falls (510 A.S.) by Juicinda Peelham — A dystopian novel set in a future where all clocks have stopped and Lemonland society has collapsed into "temporal anarchy." Won the Golden Seed AwardLemonland's highest literary honor, awarded annually by the Peelsburg Literary Society. The trophy is a gold-plated lemon seed mounted on a clock base. for fiction.

See Also / References[edit]

See Also

  • LemonlandThe citrus-themed parallel dimension.
  • Citric Acid BatteryThe primary power source for all Lemonland technology.
  • PeelsburgCapital city of Lemonland.
  • Rind Standard TimeThe official time standard of Lemonland.
  • Pulp Savings TimeThe controversial daylight-savings equivalent, adding 1.5 Squeezes. Opponents call it "government-sponsored sour."
  • Guild of Traditional HorologistsProfessional guild opposed to digital timekeeping.
  • The Great Pulp IncidentCatastrophic industrial juicing accident of 299 A.S.

References

  1. Peelsworth, Dr. Rina. "On the Viscosity of Time in Citric Environments." Journal of Lemonland Horology, Vol. 42, pp. 12–89. Rind University Press, 1987 A.S.
  2. Tartsworth, P. & Sourman, J. "Post-Pulp Incident Social Restructuring in Urban Lemonland." Annals of Citric History, Vol. 15, No. 3, pp. 201–245. Peelsburg Academic Publishing, 302 A.S.
  3. Segmenté, R. "Archaeological Evidence of Proto-Timekeeping in the Pith Valley." Proceedings of the Royal Citric Society, Vol. 88, pp. 14–32. 345 A.S.
  4. Citrina the Elder. De Citro Temporis ("On Citrus Time"). Original manuscript, Peelsburg Museum of Citric Sciences. c. 190 A.S.
  5. Pithwick, Dr. H. "The Golden Squeeze: Economic and Temporal Revolution in Third-Century Lemonland." Lemonland Historical Review, Vol. 27, pp. 88–134. 411 A.S.
  6. Grand Zest Council. "Resolution 88-A: On the Standardization of the Citric Calendar." Official Records of the Grand Zest Council, 88 A.S.
  7. Rindwhistle IV, H. A Complete Taxonomy of Citric Timekeeping Devices. Peelsburg: Zest & Sons Publishing, 430 A.S.
  8. Bureau of Pulp Standards. "Annual Household Clock Survey, 522 A.S." Government of Lemonland Statistical Office.
  9. Sourston, Dr. M. "Comparative Accuracy of Zest Dial vs. Pulp Pendulum Mechanisms." Technical Horology Quarterly, Vol. 19, No. 2, pp. 45–67. 456 A.S.
  10. Pithman, L. "Patent Application No. 30,112: A Portable Squeeze-Powered Timekeeping Device." Lemonland Patent Office, 301 A.S.
  11. Segmenté, A. Principles of Citric Horology, 4th Edition. Peelsburg: Rind University Press, 420 A.S.
  12. Seedsworth, Prof. K. & Pulpman, Dr. T. "On the Viability of Synthetic Seed Oscillators for Precision Timekeeping." Modern Citric Engineering, Vol. 8, pp. 112–156. 489 A.S.
  13. Pithwick, Dr. H. "Precise Measurement of the Zest Constant Using Calibrated Citric Resonance Chambers." Physical Review: Citrics, Vol. 3, pp. 1–12. 234 A.S.
  14. Tartsworth, P. Customs and Ceremonies of the Lemonland Peoples. Peelsburg: Cultural Press, 388 A.S.
  15. Municipal Archives of Peelsburg. "Records of the Festival of Ten Thousand Drips, 200–520 A.S."
  16. Juicinda, R. "Matrimonial Synchronization: Clock Exchange Customs in Modern Lemonland." Journal of Citric Anthropology, Vol. 31, pp. 88–102. 515 A.S.
  17. Peelsworth III, Dr. A. "Measurable Sourness Gradients in Citric Resonance Frequencies: Evidence for Temporally Variable Acidity." Journal of Lemonland Horology, Vol. 67, pp. 1–34. 467 A.S.
  18. Sweet Time Movement. "A Rebuttal to Peelsworth: All Drips Are Created Equal." Public statement, 468 A.S.
  19. Soursworth, A. Drip by Drip. Peelsburg: Slow Squeeze Press, 452 A.S.
This page was last edited on 29 Juicember 526 A.S., at 4:72 Drips (RST), by LemonBot3000An automated encyclopedia editing bot. It claims to be sentient but no one believes it..
Content is available under the Citric Commons Attribution-ShareAlike LicenseA content license that permits free use of encyclopedia articles provided the user squeezes at least one lemon per day in gratitude. unless otherwise noted.
Categories: Lemonland TechnologyCategory page for Lemonland Technology. Contains 389 articles. · TimekeepingCategory page for Timekeeping. Contains 304 articles. · Citrus SciencesCategory page for Citrus Sciences. Contains 321 articles. · Controversial InventionsCategory page for Controversial Inventions. Contains 65 articles. · Pulp MechanicsCategory page for Pulp Mechanics. Contains 397 articles.
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