The Theory
Anatoly Fomenko, Gleb Nosovsky, and their collaborators developed New Chronology as a reconstruction of ancient and medieval history. Their theory arranges conventional history as shifted copies of a shorter documentary sequence. Its mature account places reliable written history near the end of the first millennium CE. Much of Greece, Rome, Egypt, biblical antiquity, and early medieval Europe becomes duplicated or backdated history from the eleventh through seventeenth centuries.
This reconstruction joins two distinct propositions. Chronology is a scholarly construction shaped by dependent sources, political authority, forgery, redaction, and later compilation. That proposition is historically secure. The identification of most ancient history with duplicated medieval events fails against independent physical, astronomical, archaeological, and linguistic sequences. Archive custody remains a serious question without giving every archive the power to dissolve every constraint.
How the Reconstruction Works
Joseph Scaliger and Dionysius Petavius coordinated inherited biblical, classical, calendrical, and astronomical materials into early modern Europe’s standard chronology. New Chronology locates its proposed error within this sixteenth- and seventeenth-century synthesis. Several versions of a shorter past become successive epochs. The theory proposes recurring displacements near 333, 1,053, and 1,800 years and divides conventional history into four main documentary layers.
Fomenko and Nosovsky use this arrangement to identify persons and events normally separated by centuries:
| Conventional subject | New Chronology reconstruction |
|---|---|
| Ancient and later Roman imperial sequences | Shifted descriptions of medieval imperial history |
| Jesus of Nazareth | Byzantine emperor Andronicus I Komnenos |
| Trojan War | A medieval struggle centered on Constantinople |
| Mongol conquest | Internal expansion of a Russo-Horde imperial order |
| Great Tartary | Surviving territorial expression of that imperial order |
| Pyramids and Egyptian zodiacs | Medieval imperial constructions and records |
| Seventeenth-century historiography | Coordinated falsification after imperial and confessional conflict |
The table records proposed identities within the theory. Statistical similarity generates a candidate identification; additional evidence must establish it. Betrayal, popular support, violent death, and conflict with merchants recur throughout political narrative. Identifying one historical person or event across accounts requires rare shared details, causal dependencies, manuscript descent, and material continuity.
The Formal Attempt
New Chronology compares dynastic reign lengths and measures dependence among chronicles. It also dates eclipses and stellar catalogs, counts named events within texts, and reinterprets linguistic and geographic names. These methods address different parts of the proposed reconstruction.
The dynastic method converts a sequence of reign lengths into a numerical object. Researchers align two sequences and calculate a proximity coefficient under a model of independence. The coefficient estimates how surprising the match would be within that model. Making dependence testable gives this method value. A comparison can identify chronicles that descend from one another when its assumptions and alternatives support that inference.
Global reconstruction uses the result through an inverse-probability error. A chosen model can assign a small probability to a chosen match without establishing a high probability of historical identity. Identity requires its own explicit model. Competing explanations must account for the resemblance before two dynasties become one dynasty.
Researchers can change dynasty boundaries, disputed rulers, co-regencies, interregna, date ranges, offsets, narrative features, and candidate pairs. Each choice enlarges the search. Selecting the strongest alignment from many combinations makes rare-looking results ordinary. A null simulation must repeat every permitted choice and score the best match found anywhere. Calculating a probability only for the selected pair ignores this look-elsewhere effect.
Historical series also carry dependencies before any comparison begins. Human lifespan, inheritance law, war, deposition, and record conventions shape reign lengths. Chronicles imitate inherited forms, and rulers present themselves as new Constantine, new David, or new Caesar. Compilers cast local events through biblical and Roman templates.
These processes produce resemblance through different operations. Recurrent homology gives separate events a shared organization. Typological recasting presents an event through an inherited sacred or political form. Textual dependence connects accounts through copying. Literal identity makes the accounts descriptions of one event. Their similar surfaces retain different predictions about sources and material history.
The Archive Critique
New Chronology’s strongest domain concerns the archive as an artifact with a chain of custody. Medieval and early modern records contain forged charters, interpolated texts, invented genealogies, retrospective titles, synchronized king lists, destroyed documents, and shared sources. Levi Roach documents an unprecedented wave of documentary forgery around the end of the first millennium. Rulers projected legitimacy backward through Rome, Troy, Scripture, and sacred ancestry. Canon formation preserved selected texts while allowing others to disappear.
These interventions leave specific cases to investigate. Chronicles cited as independent witnesses can descend from a common source. Political reorganization can replace a territory’s earlier names, as the disputed cartographic record around Tartary illustrates. A received date can rest on a late manuscript instead of contemporary evidence. A famous antiquity can preserve older material through a medieval recasting.
A demonstrated forgery establishes capacity and motive at the scale of its operation. That scale governs the inference the case supports. Forged charters within identifiable institutions do not establish synchronized global fabrication of physical time. Such a reconstruction needs evidence connecting the local operations to its global claim.
Four Questions Commonly Collapsed
Four distinct mappings organize the chronological problem:
| Question | Direction of inference | Evidential requirement |
|---|---|---|
| Was a document altered or forged? | One artifact → an editorial operation | Provenance, material analysis, textual genealogy |
| Do several records describe one event? | Many records → one event | Rare shared errors, causal detail, common source, material continuity |
| Do several events instantiate one pattern? | Many events → one operation | Mechanism, inherited form, or recurrent dynamical conditions |
| Were centuries physically inserted? | Conventional elapsed time → shorter elapsed time | Convergence across every independent annual and physical clock |
The second question gives Fomenko his most productive domain: identifying dependence among accounts. The third belongs to the coupled gyre and other accounts of historical recurrence. The fourth demands the radical reconstruction of elapsed time. Similar passages can establish textual dependence or typological recasting while leaving physical duration intact.
Independent Constraints on Compression
Global compression encounters records outside the document system it accuses. Their different carriers preserve sequences that a compiler cannot rearrange by changing a name or written date.
Annual tree-ring sequences extend through the periods New Chronology compresses. European oak and pine chronologies exceed twelve thousand years and overlap independent sequences in other regions. Statistical bridges between specimens remain available for inspection. These annual counts give the reconstruction a physical sequence to explain.
The cosmogenic events of 774/775 and 993/994 CE supply distinctive synchronization marks. Often called Miyake events, they appear as sharp radiocarbon excursions in corresponding annual rings from trees on five continents. A seventeenth-century compiler can assign names to years. The compiler cannot install the same physical spike at the same counted position across independent forests.
Ice cores preserve another annual archive. GICC21 synchronizes six deep and three shallow Greenland cores over 3,835 years through several chemical and physical proxies. The chronology corrects earlier dating by approximately thirteen years at its oldest limit and quantifies accumulated uncertainty. This correction shows the instrument detecting error. Its remaining uncertainty falls far below the centuries and millennia required by New Chronology.
Astronomical sequences constrain dates that an isolated text leaves ambiguous. A single eclipse description can admit several solutions. Ordered Babylonian observations and 127 dated solar eclipses across the Han dynasty impose a more restrictive sequence. These records agree strongly with astronomical calculation through conventional intervals. Compression must relocate the celestial events and explain that agreement across independent cultural archives.
Historical linguistics preserves ordered change through the allegedly duplicated periods. Andrey Zaliznyak’s analysis of Novgorod birch-bark texts follows phonological, morphological, orthographic, and lexical development within archaeological strata. Changes in sound, word structure, spelling, and vocabulary form the sequence. New Chronology’s alternative etymologies rely heavily on visual and consonantal resemblance. They neglect regular sound correspondences that constrain linguistic descent.
Material history adds stratigraphy, coins, inscriptions, ceramics, construction phases, archaeomagnetism, luminescence, and ancient DNA. A particular sequence can contain contamination or misclassification. Wholesale compression requires the same displacement across methods with different error structures. Those methods do not show that shared displacement.
The calibration objection concerns the relation between radiocarbon and dendrochronology, or tree-ring dating. Dated rings calibrate radiocarbon, while radiocarbon can help assess long tree-ring sequences. This relation can appear circular when viewed as one isolated link. The actual dating network contains additional cross-checks.
Annual counts, specimen cross-dating, regional chronologies, cosmogenic spikes, and ice-core isotopes provide separate links. Uranium-series dates, tephra layers, and astronomical sequences add others. No single assumed calendar governs the whole network. Circularity within one link leaves the independent links available to test its result.
Chronology Under Custody
The failure of global compression leaves chronology’s political force intact. Dates govern succession, inheritance, antiquity, territorial priority, sacred legitimacy, and the apparent novelty of institutions. Authorities have enduring reasons to curate those coordinates. An inherited chronology gives later institutions an account of where their authority began.
Conventional scholarship can protect its coordinates through credentialed dismissal instead of analysis of source dependence. Revisionists can make every successful constraint another product of the alleged falsification. Both practices prevent discrimination. One removes anomalies before investigation; the other prevents contrary evidence from changing the reconstruction.
Claim and Evidence Discipline requires dates traceable to the evidence fixing them. Deletions and provenance gaps remain data. Source dependence requires investigation, and official and heterodox accounts face symmetric disclosure. Anomalies retain their demonstrated scale. A global theory must defeat global constraints.
This discipline preserves New Chronology’s durable result:
The archive is a political technology, and its chronology is reconstructed. The physical duration of the historical world remains longer than the Fomenko–Nosovsky reconstruction permits.
Local cases remain the productive frontier. Duplicate chronicles, back-projected dynasties, forged title chains, politically retired place names, and dates fixed by dependent witnesses require specific reconstruction. Such work can materially revise history without requiring it to have begun in the Middle Ages.
References
Büntgen, Ulf, Lukas Wacker, J. Diego Galván, et al. “Tree Rings Reveal Globally Coherent Signature of Cosmogenic Radiocarbon Events in 774 and 993 CE.” Nature Communications 9 (2018): 3605. https://doi.org/10.1038/s41467-018-06036-0.
Fomenko, Anatoly T. Empirico-Statistical Analysis of Narrative Material and Its Applications to Historical Dating. 2 vols. Kluwer Academic Publishers, 1993–1994.
Fomenko, Anatoly T. History: Fiction or Science? 7 vols. Delamere Resources, 2003–2014.
Grafton, Anthony. Joseph Scaliger: A Study in the History of Classical Scholarship. 2 vols. Oxford University Press, 1983–1993.
Pankenier, David W. “On the Reliability of Han Dynasty Solar Eclipse Records.” Journal of Astronomical History and Heritage 2 (1999): 113–120.
Pearson, Charlotte L., Steven W. Leavitt, Bernd Kromer, Sami K. Solanki, and Ilya Usoskin. “Dendrochronology and Radiocarbon Dating.” Radiocarbon 64, no. 3 (2022): 569–588. https://doi.org/10.1017/RDC.2021.97.
Roach, Levi. Forgery and Memory at the End of the First Millennium. Princeton University Press, 2021.
Sinnl, Giulia, Mai Winstrup, Tobias Erhardt, et al. “A Multi-Ice-Core, Annual-Layer-Counted Greenland Ice-Core Chronology for the Last 3800 Years: GICC21.” Climate of the Past 18 (2022): 1125–1150. https://doi.org/10.5194/cp-18-1125-2022.
Stephenson, F. Richard. Historical Eclipses and Earth’s Rotation. Cambridge University Press, 1997.
Stevens, Kathryn. “Astronomical Diaries.” Oxford Classical Dictionary. 2024. https://doi.org/10.1093/acrefore/9780199381135.013.8852.
Zaliznyak, Andrey A. “Linguistics According to A. T. Fomenko.” Russian Mathematical Surveys 55, no. 2 (2000): 369–404. https://doi.org/10.1070/RM2000v055n02ABEH000288.