TEMPUSNUO Riding the Madness of Gregory
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THE TRUE BEGINNING OF THE YEAR
Why the year begins on March 20th and not January 1st
G. Jäger — Austria, 1978 · Published 2026 ©tempusnuo
"Time is not what the clock shows." — G. Jäger
Introduction: The Great Calendar Lie
There is a question nobody asks because the answer seems obvious: why does the year begin on January 1st? The correct answer — and this will surprise many — is that there is no astronomical, biological or mathematical reason that justifies that date. January 1st is a political decision made over two thousand years ago by a civilization that wanted to honor a two-faced god named Janus. Nothing more.
This is the premise of Tempusnuo: that the time we measure is not the time that exists. That the calendar we use is an inheritance of political decisions accumulated over centuries, half-corrected, patched in urgency and finally imposed by papal decree in October 1582. And that a more logical, more precise and more honest alternative exists: beginning the year where nature begins it.
March 20th. The vernal equinox. The moment when day and night are equal and the Earth begins a new cycle around the Sun.
Part I: A History of Manipulation
1.1 The Original Roman Calendar
The original Roman calendar consisted of ten months. It began in March — the month of Mars, god of war and rebirth — and ended in December. This system still reflects its origins in the names of the months today: September means seventh, October means eighth, November means ninth and December means tenth. In the original calendar, these names were correct.
The year began in spring because that is what nature dictates: rebirth, growth, the start of agricultural cycles. The Romans, like all ancient peoples, organized their time around solar and lunar cycles. Not because they were especially wise, but because they depended on them to survive.
1.2 The First Great Manipulation: January and February
Around the 7th century BCE, King Numa Pompilius inserted two months at the beginning of the year: Ianuarius and Februarius. The motivation was partly religious — Janus was the god of beginnings and doorways — and partly political. With this insertion, the calendar went from ten to twelve months, but the year continued beginning in what we now call January.
The problem is that with this manipulation, the names of the last four months were permanently displaced. September, which meant seventh, became the ninth. October, the eighth, became the tenth. November and December suffered the same fate. We have spent over two thousand years using names that lie about the real position of the months in the year.
This is not a minor historical curiosity. It is the first evidence that our calendar is an accumulative system of political errors, not a reflection of natural reality.
1.3 Caesar, Augustus and the Stolen Months
Julius Caesar reformed the calendar in 46 BCE, introducing the 365-day year with one additional day every four years. This reform was astronomically necessary. However, it brought with it a new manipulation: the month Quintilis — the fifth in the original calendar, the seventh in the new one — was renamed Julius in honor of Caesar himself.
Not content with this, the Roman Senate decided to honor Caesar's successor as well: Augustus. The month Sextilis was renamed Augustus. But here arose a problem of imperial vanity: July had 31 days and August only 30. This was unacceptable to Augustus's ego, who could not have a month inferior to his predecessor's. The solution was to add a day to August by taking it from February, which was already the shortest month.
Result: February was left with 28 days — or 29 in leap years — for reasons of political ego. The irregularity of the months we suffer today — 28, 29, 30 or 31 days with no pattern whatsoever — has no astronomical justification. It is the scar of Rome's imperial vanities.
1.4 October 4th, 1582: The Great Correction
By the 16th century, the Julian calendar had accumulated a ten-day discrepancy from the real tropical year. The spring equinox, which should have fallen on March 21st, had drifted back to March 11th. This was a serious theological problem: the date of Easter — calculated based on the equinox — was displaced from astronomical reality.
Pope Gregory XIII issued the bull Inter gravissimas in February 1582. The reform was technically correct: the ten accumulated days of discrepancy were eliminated and the centennial rule was introduced — years divisible by 100 are not leap years unless divisible by 400 — which reduces the residual error to 0.0003 days per year.
And then something extraordinary occurred, which defines everything Tempusnuo comes to denounce: Thursday October 4th, 1582 was followed by Friday October 15th. Eleven days vanished from the European calendar by papal decree. Those who did not accept the change — or simply did not hear about it — continued celebrating the new year on April 1st, as was tradition in many countries under the Julian system. From this was born April Fool's Day: the mockery directed at those still in the 'old year.'
G. Jäger observes something that calendar historians rarely point out clearly: if the Gregorian calendar corrected the discrepancy by adding — or more precisely, skipping — days, the logical question is what the real point of origin is. And the answer, once all the layers of political and religious manipulation are removed, is unambiguous: the vernal equinox.
Part II: The April 1st Argument
2.1 Why Some Claim the Year Begins on April 1st
The claim that the true year begins on April 1st has a real historical basis, though its defenders rarely fully understand its implications. In France, until the Gregorian reform of 1582, the new year was celebrated on April 1st. The same was true in many other European countries that used the Julian calendar with the year beginning at the Annunciation — March 25th — or at the octave of that date.
When the Gregorian reform was adopted, those who continued celebrating the new year in April were ridiculed. They were sent false invitations to parties that did not exist, worthless gifts, deceptive messages. April Fool's Day is, in its origin, a mockery directed at those who resisted — or were unaware of — the calendar change.
The historical irony is perfect: those who celebrated the new year in April were right to reject January 1st as an arbitrary start, but were wrong about the alternative date. April 1st has no astronomical justification. It is simply another convention, displaced from the equinox by the same mechanisms of manipulation that produced January 1st.
2.2 The Error of Adding Instead of Subtracting
This is where G. Jäger introduces his most original and provocative argument. If the problem with the Gregorian calendar was an accumulated discrepancy that led to adding — or skipping — days to correct it, then the question is not how many days we need to add to find the real beginning of the year, but how many we need to subtract.
The astronomical point of origin requires neither addition nor subtraction: it is there, fixed, verifiable with instruments, repeatable every year with a deviation of mere hours. It is the vernal equinox. The moment when the solar ecliptic crosses the celestial equator heading north. The instant when day and night have exactly the same duration at any point on the planet.
On March 20th, 2026, at 14:46 UTC, that moment occurred. And Tempusnuo began its first year: year 1026.
Not because G. Jäger decided it arbitrarily. But because astronomy establishes it with submillimetric precision.
Part III: The Equinox as the Beginning of the Year
3.1 What the Stars Say
The vernal equinox is not an invented date. It is a precise, measurable, reproducible and universal astronomical event. It occurs when the Sun crosses the celestial equator in its apparent trajectory northward, marking the beginning of the period of longer days in the northern hemisphere and longer nights in the southern hemisphere.
Virtually every civilization that developed sophisticated calendrical systems chose the equinox — or the solstice — as their anchor point. The Persians celebrate Nowruz on March 20th or 21st. The Kurds, the Afghans, the Iranians, the Tajiks, the Uzbeks: all recognize the spring equinox as the beginning of the new year. The Persian calendar — the most precise in the world, more exact even than the Gregorian — begins exactly at the vernal equinox.
The Chinese calendar, the Hebrew, the Hindu: all use astronomical events — equinoxes, solstices, new moons — as anchors for their systems of time. Only the Gregorian calendar, heir to the Roman, uses an arbitrary date with no natural justification.
3.2 The Convergence of March 19th, 2026
Tempusnuo did not begin on March 20th, 2026 by whim. It began then because on that date two astronomical events converged that do not align with this precision except once every several decades: the New Moon and the vernal equinox.
On March 19th, 2026, at 01:23 UTC, the New Moon occurred — the restart of the lunar synodic cycle. On March 20th, at 14:46 UTC, the vernal equinox occurred — the restart of the solar tropical cycle. Within the space of less than 38 hours, the two great natural clocks of humanity reset simultaneously.
March 19th — the day of the New Moon, the day before the equinox — is Amantia in Tempusnuo: the day of gratitude, of pause, of closing the previous cycle. The day outside of time. March 20th is Veris 1: the first day of the new year.
This choice is not arbitrary. It is the result of seeking the moment of maximum convergence between the natural cycles that have organized human time from the very beginning.
3.3 Why January 1st Is a Lie
January 1st falls approximately ten days after the winter solstice in the northern hemisphere. It does not coincide with any relevant astronomical event. It marks no known biological cycle. It signals no inflection point in the rhythms of nature.
Its only argument is tradition: we have been celebrating it on January 1st for centuries, therefore it must be correct. This is a circular argument that does not withstand the slightest scrutiny. Slavery was also tradition for centuries. Tradition is not justification.
What G. Jäger proposes is not to abolish January 1st. He proposes adding a more honest, more precise and more connected layer of temporal reading — connected to the real rhythms of the planet. Tempusnuo does not demand that anyone abandon the Gregorian calendar. It proposes riding it.
Part IV: Riding the Madness of Gregory
4.1 Why Every Previous Attempt Failed
The history of calendar reforms is a history of failures. The French Revolutionary calendar of 1793 lasted less than fifteen years. The Soviet calendar of five and six-day weeks was abandoned in 1940. The International Fixed Calendar of Cotsworth, which proposed exactly 13 months of 28 days, was rejected by the League of Nations in the 1920s. The 13 Moons calendar of Argüelles, despite decades of activism, never reached any institution.
They all failed for the same reason: they proposed a revolution. They demanded that the world abandon the system in which all its legal, financial, religious and social obligations were embedded. They asked for permission from institutions that were never going to grant it.
Tempusnuo learned from all of them. And made the most intelligent decision it could make: not to propose a revolution. To propose a translation.
4.2 The Strategy of Coexistence
G. Jäger's signature — 'Riding the Madness of Gregory' — is not a casual metaphor. It is the declaration of a strategy.
Riding the Gregorian means using it as a mount without making it the destination. It means that Tempusnuo does not need the world to abandon January 1st in order to exist. It does not need banks to change their systems. It does not need parliaments to pass laws. It does not need the permission of any institution.
It needs to convince people. And convincing people to add a layer of meaning to their time — to read April 2nd, 2026 also as Helul 13 of Veris 1026 — is a radically more achievable goal than convincing them to abolish the system in which they were born.
This is the central strategic innovation of Tempusnuo. It is not a proposal for reform. It is a proposal for enrichment. It does not ask the world to change. It offers a different way to read it.
4.3 Mathematics as Argument
Tempusnuo is not only a philosophical proposal. It is mathematically superior to the Gregorian calendar in multiple dimensions.
13 months of exactly 28 days produce 364 regular days. 52 exact weeks. Each month contains exactly 4 weeks. The 1st, 8th, 15th and 22nd of every month always fall on the same day of the week within that month. The planning that in the Gregorian requires consulting a calendar becomes in Tempusnuo second-grade arithmetic.
The number 28 is the second perfect number in mathematics: 1+2+4+7+14=28. It appears in human biology — the statistical average of the menstrual cycle approximates 28 days, epidermal renewal oscillates between 26 and 30 days. The number 13 is a Fibonacci number, present in the phyllotaxis of plants, in the evolutionary cycles of cicadas, in the lunar mansions of the Islamic tradition.
The astronomical precision of Tempusnuo is equivalent to the Gregorian: with the same centennial correction rule, the residual discrepancy is reduced to 0.0003 days per year — less than one day every 3,300 years.
4.4 The Year 1026 and the Decision of the Point of Origin
A legitimate question inevitably arises: if Tempusnuo proposes a rational system, why is the Gregorian year 2026 the year 1026 in Tempusnuo?
The answer is that the Tempusnuo system was conceived in Austria in 1978 by G. Jäger. The point of origin of the system — year 0 of Tempusnuo — corresponds approximately to the year 1000 of the Gregorian era. The difference of 1000 years between the two systems is not coincidence: it is a deliberate choice that maintains a mathematically clean and easily memorable relationship between the two systems.
The Gregorian year minus 1000 gives the corresponding Tempusnuo year. This simplicity is part of the design.
Part V: The Controversy Over the Beginning of the Year
5.1 The Debate: April 1st vs March 20th
There exists on the margins of popular culture a recurring claim: that the true new year is April 1st, and that April Fool's Day is actually a mockery directed at those who accepted the new Gregorian calendar. This thesis has a real historical basis, but reaches incorrect conclusions.
It is true that before 1582, many European countries celebrated the new year on dates ranging between March 25th and April 1st. It is true that the imposition of the Gregorian calendar left many in the old year while the rest moved to the new. It is true that this gave rise to mockery and deceptions that evolved into the April Fool's Day tradition.
But April 1st has no astronomical justification. It is separated from the equinox by twelve days. It coincides with no relevant solar or lunar event. It is simply another convention, as arbitrary as January 1st.
5.2 G. Jäger's Argument: Subtract, Don't Add
Here G. Jäger introduces his most precise distinction: when the Gregorian calendar was established, it corrected the accumulated discrepancy by eliminating days — jumping from October 4th to October 15th, 1582. Those who did not accept this jump were left 'trapped' in a system that kept advancing relative to the Gregorian, eventually arriving at April 1st as a new year reference.
But if the question is what is the natural beginning of the year — not the conventional beginning, but the real beginning determined by astronomy — there is no need to add or subtract days from any existing calendar. There is only a need to look at the sky. And the sky says: the year begins when night and day are equal and light begins to prevail. The vernal equinox. March 20th.
Those who defend April 1st are right about one thing: January 1st is arbitrary. But they are wrong about the solution. It is not a matter of going back eleven or twelve days to find the lost beginning. It is a matter of returning to the origin: the moment when the Earth completes a cycle and begins the next.
5.3 The Perfect Historical Irony
There is a perfect historical irony in all of this discussion. Those who were ridiculed as April Fools were actually the ones resisting an arbitrary imposition. They were not entirely wrong. They simply lacked the tool to articulate their intuition with astronomical precision.
Tempusnuo gives them that tool. Four centuries later.
And the answer is not April 1st. It is March 20th. The equinox. The point where nature itself draws a line and says: here one cycle ends. Here another begins.
Part VI: Tempusnuo and the Future of Time
6.1 A System for People, Not Institutions
Tempusnuo does not need the approval of any parliament. It does not need the UN to convene an international conference. It does not need central banks to reconvert their computer systems. It does not need churches to modify their liturgies.
It needs people who decide to look at time differently. Who choose to read April 2nd, 2026 not only as an ordinary Wednesday in the fourth month of the Gregorian year, but as Helul 13, Zenir, year 1026 of Tempusnuo — the thirteenth day of the second month of the year that began at the equinox.
This is a personal choice. And that is precisely why it is powerful.
6.2 What Tempusnuo Is Not
Tempusnuo is not a lunar calendar. Its 28-day months diverge from the lunar synodic cycle by 1.53 days per month. This difference is structural and intentional: the system chooses the perfect divisibility of 28 by 7 — which produces exact weeks — over lunar approximation.
Tempusnuo is not esoteric. It does not propose a mystical connection with the moon or with any spiritual entity. It is a verifiable mathematical system, with documented conversion algorithms and astronomical precision equivalent to the Gregorian.
Tempusnuo is not a revolution. It is a translation. The difference between proposing that the world change and proposing that the world be read differently is the difference between the historical failure of all its predecessors and the real possibility of existing.
6.3 The Legacy of an Idea Conceived in 1978
G. Jäger conceived the Tempusnuo system in Austria in 1978. For nearly five decades, the idea matured, was refined, was documented. The conversion algorithms were verified. The scientific evidence of the 13×28 pattern was catalogued with epistemological rigor. The coexistence strategy was articulated.
In 2026, in the year of maximum available astronomical convergence — New Moon and vernal equinox in the same dawn — Tempusnuo was presented to the world. Not as a proposal for institutional reform. As a mobile application that any person anywhere on the planet can install for free.
The democratization of time. That is Tempusnuo.
Conclusion: An Order for Time
The year does not begin on January 1st. This statement, which sounds scandalous to accustomed ears, is simply true. January 1st is a political decision over two thousand years old, inherited from a civilization that honored a two-faced god and half-corrected by a pope who eliminated eleven days from history without asking permission from anyone.
The year does not begin on April 1st. This date, defended by those who know the history of April Fool's Day, is simply another convention displaced from the real origin by the same mechanisms of manipulation that produced January 1st.
The year begins on March 20th. Because astronomy establishes it. Because the Persians, the Kurds, the Iranians, the Aztecs and dozens of other civilizations independently recognized it, organizing their time around the real events of the cosmos. Because the vernal equinox is the only point of the year where nature itself draws a precise line between what ends and what begins.
Tempusnuo does not ask the world to change. It offers a different way to read it. A system of 13 months of 28 days that coexists with the Gregorian, that rides it, that uses it as a mount without making it the destination.
Riding the madness of Gregory is not mocking him. It is recognizing that he did the best he could with the tools of his era. And proposing that, with the tools of ours, we can do something better.
An order for time. Verifiable. Implementable. Available.
Tempusnuo — Riding the Madness of Gregory and subduing the arrogance of Cronos
© G. Jäger — tempusnuocalendar@gmail.com Austria, 1978 · Published 2026
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