The Author

The Translator

The Assets

This exclusive offering represents all acquisition and tokenization rights pertaining to physical and intellectual assets of • Thomas Le Seur holograph manuscript codex, Elementa Cosmographiæ (1749) • its first translation, Elements of Cosmography (2025), the only known English translation of any work by Le Seur • Isaac Newton’s Philosophiæ Naturalis Principia Mathematica 3^rd Ed. 3 Vols. (1739, 1740, 1760) by Le Seur, published during his own lifetime • Philosophiæ Naturalis Principia Mathematica 2^nd Ed. Editio Ultima (1723), published during Newton’s lifetime. Digital/IP assets include • Digital Twin of Codex (raw scan images) • Digital transliteration • Digital translation • watermark images of embedded security code • copyright of translation. The acquisition extends sovereign intellectual monopoly over a previously inaccessible scientific text using modern blockchains. (...)

Reputation / Demand

Le Seur's Edition of Principia 3^rd Ed. is held as an artifact in Buckingham Palace Royal Collection Trust under Royal Collection Identification Number RCIN 1090151. Principia 1^st Ed. sold in 2016 at Christie's Auction House for $3.7 million (2025 inflation adjusted to $5.0 million) establishing it as most expensive science book in history.

Foundational Significance

This Corpus is not merely a relic of antiquity; its scientific content is the first book of Applied Mathematics and shifts the timeline of the discipline back by decades, establishing it as a foundational book. Le Seur stands as a pivotal figure who bridged Cosmography to Cosmology. He laid the foundation for spacetime Quantum Physics and Einstein's Cosmological Constant by intentionally distinguishing between “Cosmographiam [space] and Cronologiam [time]” (specimen photo below), exploring fundamental layers of the universe beyond classical mechanics.   Le Seur was not merely a commentator but an active interpreter and elucidator of Newton's revolutionary ideas. He marked a paradigm shift in scientific inquiry from mere description (Cosmography) to physical explanation (Cosmology). His Holograph Manuscript Codex, embodies this transition by applying Newtonian laws to celestial bodies. The evolution from mapping celestial positions to modeling physical forces laid the groundwork for modern computational science. Analogous to the computing datasets (Ephemerides and Sine tables) used by Le Seur to predict planetary motion, contemporary sciences rely on vast data to model complex realities. Similarly, AI modeling reflects Le Seur’s applied approach, using algorithms to derive patterns from noise; Bitcoin blockchain technology evokes the same principle, utilizing distributed ledgers to create trust-less systems based on mathematical proofs. (...)

Provenance / Tokenization

This first translation was hand-sewn and codicologically bound by Richard Yegian personally. The Corpus represents not just the first on‑chain recording of an ancient scientific holograph but the first on‑chaining of a Foundational Document of Western Science. By integrating a proprietary JSON dataset, proprietary LibreOffice BASIC code, an embedded passphrase key within the paper watermark and recording the file hash on the blockchain, it establishes an immutable chain of custody.   Asset metadata is stored using decentralized protocol IPFS (InterPlanetary File System). Content Addressing via CID (Content Identifier) hashing ensures that any alteration to the digital files results in a mismatch with the on-chain record. The IPFS CID (Content Identifier) acts as a digital fingerprint of the document. If the document is altered by even a single pixel or character, the hash will fail to match the Smart Contract record, immediately flagging the asset as a non-authentic copy. This innovation secures the provenance of a next-generation Sovereign IP Corpus, transforming Le Seur’s historical work into a verifiable digital asset. This direct-‘from-creator offering gains Primary Market Provenance, presented by Yegian, who secured a rare two degrees of intellectual separation from Isaac Newton through his seminal (i) first translation, (ii) critical editorial curation, (iii) scientific illustration, and (iv) analytical commentary of Newton’s editor—a "quadruple-threat" rarity representing a feat of unified intellectual mastery found in fewer than 50 science books in the history of civilization. (...)

Primacy

This Corpus is not merely a relic of antiquity; its scientific content is the first book of Applied Mathematics and shifts the timeline of the discipline back by decades, establishing it as a foundational book • Contains the only known extant holograph manuscript containing the word "catoprics", the science of reflection with mirrors to focus light, used in Newton’s Telescope • Explication of curvature of light, predating Albert Einstein’s proposal of curvature of light.

Scarcity

Elementa Cosmographiæ is the only known holographic manuscript codex remaining from Le Seur • The codex is unique • The manuscript contains self-referential handwriting by Le Seur confirming his status as the editor of Isaac Newton's 3^rd edition of Principia • The Yegian translation is the only known translation of the manuscript to a modern language • The Yegian translation is the first and only known English translation of any Le Seur literary work • The Yegian translation has never been published or sold • The scan images are the only known digitized version of the manuscript. (...)

Condition / Binding

All assets are kept in controlled temperature and humidity environments away from light • wrapped in microchamber paper to actively neutralize off-gassing from acidty and pollutants • stored in acid-free archival boxes • transported in cross-linked closed-cell foam [2lb/ft³ polyethylene, water absorption <1% (7 days)].

Elementa Cosmographiæ holograph codex in fine condition • interior pages in fine condition • slight foxing on last 60 pages • last few leaves with light fraying to edges • approx dozen leaves with small light water-stains to lower margins • no loose pages • no wormholes, binding in fine condition.

Elements of Cosmography first translation in new condition • hand-sewn and codicologically bound by Richard Yegian personally, to safeguard privacy and security of intellectual property. English translation volume follows traditional, conservation-grade binding protocols per ANSI/NISO/LBI Z39.78-2000 Library Binding, ISO 11800:1998 Requirements for Binding Materials and Methods, ANSI/NISO Z39.66-1992 Hardcover Binding by the National Information Standards Organization.

Philosophiæ Naturalis Principia Mathematica 2^nd Ed. Editio Ultima, 4to, second Amsterdam reprint of the 2^nd Ed., three folding engraved plates, numerous diagrams in text, water damage and foxing, with hand-written annotations.

Philosophiæ Naturalis Principia Mathematica 3^rd Ed. Auctore Isaaco Newtono, Eq. Aurato. Perpetuis Commentariis illustrate, communi studio PP. Thomae Le Seur & Francisci Jaquier Ex Gallicana Minimorum Familia, Matheseos Professorum, Geneva: 1739-1760, half-titles (volumes 1 & 2 only), titles of volumes 1 and 2 printed in red & black with engraved vignettes, in-text diagrams, index and errata leaf bound to rear of volume 2, 14p. of index to rear of volume 3, Royal Society of Edinburgh purple ink stamp to title and *3 to volume 1, title and A1 to volume 2 and title, *4 and A1 to volume 3, Orrock & Son printed ticket with manuscript note to rear free endpaper of volume 1, occasional toning to each volume, endpapers renewed, small areas of worming to front and rear pastedowns and first few leaves of volume 3, contemporary speckled dark calf rebacked, gilt lettering to spines with morocco title labels, heads of spines chipped with loss, hinges and joints cracked in areas with some minor loss, light grazing to boards, corners bumped, volume 3 with library sticker to upper cover, 4to. (...)

The Timeline

Newton's 17^th century laws laid the groundwork for Le Seur's 18^th century Applied Mathematics tethered by Cosmography, which Yegian anchored into 21^st century blockchain cryptography, continuing the quest to encode reality in mathematical frameworks and preserve ancient wisdom in the digital age.