Tag Archives: alchimista

The Homunculus Inside

Paracelsus‘ homunculus, the result of complicated alchemic recipes, is an allegorical figure that fascinated the collective uncoscious for centuries. Its fortune soon surpassed the field of alchemy, and the homunculus was borrowed by literature (Goethe, to quote but one example), psychology (Jung wrote about it), cinema (take the wonderful, ironic Pretorius scene from The Bride of Frankenstein, 1935), and the world of illustration (I’m thinking in particular of Stefano Bessoni). Even today the homunculus hasn’t lost its appeal: the mysterious videos posted by a Russian youtuber, purportedly showing some strange creatures developed through unlikely procedures, scored tens of millions of views.

Yet I will not focus here on the classic, more or less metaphorical homunculus, but rather on the way the word is used in pathology.
Yes beacuse, unbeknownst to you, a rough human figure could be hiding inside your own body.
Welcome to a territory where the grotesque bursts into anatomy.

Let’s take a step back to how life starts.
In the beginning, the fertilized cell (zygote) is but one cell; it immediately starts dividing, generating new cells, which in turn proliferate, transform, migrate. After roughly two weeks, the different cellular populations organize into three main areas (germ layers), each one with its given purpose — every layer is in charge of the formation of a specific kind of structure. These three specialized layers gradually create the various anatomical shapes, building the skin, nerves, bones, organs, apparatuses, and so on. This metamorphosis, this progressive “surfacing” of order ends when the fetus is completely developed.

Sometimes it might happen that this very process, for some reason, gets activated again in adulthood.
It is as if some cells, falling for an unfathomable hallucination, believed they still are at an embryonic stage: therefore they begin weaving new structures, abnormal growths called teratomas, which closely resemble the outcome of the first germ differentiations.

These mad cells start producing hair, bones, teeth, nails, sometimes cerebral or tyroid matter, even whole eyes. Hystologically these tumors, benign in most cases, can appear solid, wrapped inside cystes, or both.

In very rare cases, a teratoma can be so highly differentiated as to take on an antropomorphic shape, albeit rudimentary. These are the so-called fetiform teratomas (homunculus).

Clinical reports of this anomaly really have an uncanny, David Cronenberg quality: one homunculus found in 2003 inside an ovarian teratoma in a 25-year-old virginal woman, showed the presence of brain, spinal chord, ears, teeth, tyroid gland, bone, intestines, trachea, phallic tissue and one eye in the middle of the forehead.
In 2005 another fetiform mass had hairs and arm buds, with fingers and nails. In 2006 a reported homunculus displayed one upper limb and two lower limbs complete with feet and toes. In 2010 another mass presented a foot with fused toes, hair, bones and marrow. In 2015 a 13-year-old patient was found to carry a fetiform teratoma exhibiting hair, vestigial limbs, a rudimentary digestive tube and a cranial formation containing meninxes and neural tissue.

What causes these cells to try and create a new, impossible life? And are we sure that the minuscule, incomplete fetus wasn’t really there from the beginning?
Among the many proposed hypothesis, in fact, there is also the idea that homunculi (difficult to study because of their scarcity in scientific literature) may not be actual tumors, but actually the remnants of a parasitic twin, incapsulated within his sibling’s body during the embryonic phase. If this was the case, they would not qualify as teratomas, falling into the fetus in fetu category.

But the two phenomenons are mainly regarded as separate.
To distinguish one from the other, pathologists rely on the existence of a spinal column (which is present in the fetus in fetu but not in teratomas), on their localization (teratomas are chiefly found near the reproductive area, the fetus in fetu within the retroperitoneal space) and on zygosity (teratomas are often differentiated from the surrounding tissues, as if they were “fraternal twins” in regard to their host, while the fetus in fetu is homozygote).

The study of these anomalous formations might provide valuable information for the understanding of human development and parthenogenesis (essential for the research on stem cells).
But the intriguing aspect is exactly their problematic nature. As I said, each time doctors encounter a homunculus, the issue is always how to categorize it: is it a teratoma or a parasitic twin? A structure that “emerged” later, or a shape which was there from the start?

It is interesting to note that this very uncertainty also has existed in regard to normal embryos for the over 23 centuries. The debate focused on a similar question: do fetuses arise from scratch, or are they preexistent?
This is the ancient dispute between the supporters of epigenesis and preformationism, between those who claimed that embryonic structures formed out of indistinct matter, and those who thought that they were already included in the egg.
Aristotle, while studying chicken embryos, had already speculated that the unborn child’s physical structures acquire solidity little by little, guided by the soul; in the XVIII Century this theory was disputed by preformationism. According to the enthusiasts of this hypothesis (endorsed by high-profile scholars such as Leibniz, Spallanzani and Diderot), the embryo was already perfectly formed inside the egg, ab ovo, only too small to be visible to the naked eye; during development, it would just have to grow in size, as a baby does after birth.
Where did this idea come from? An important part was surely played by a well-known etching by Nicolaas Hartsoeker, who was among the first scientists to observe seminal fluid under the microscope, as well as being a staunch supporter of the existence of minuscule, completely formed fetuses hiding inside the heads of sperm cells.
And Hartsoeker, in turn, had taken inspiration precisely from the famous alchemical depictions of the homunculus.

In a sense, the homunculus appearing in an ancient alchemist’s vial and the ones studied by pathologists nowadays are not that different. They can both be seen as symbols of the enigma of development, of the fundamental mystery surrounding birth and life. Miniature images of the ontological dilemma which has been forever puzzling humanity: do we appear from indistinct chaos, or did our heart and soul exist somewhere, somehow, before we were born?


Little addendum of anatomical pathology (and a bit of genetics)
by Claudia Manini, MD

Teratomas are germ cell tumors composed of an array of tissues derived from two or three embryonic layers (ectoderm, mesoderm, endoderm) in any combination.
The great majority of teratomas are benign cystic tumors mainly located in ovary, containing mature (adult-type) tissues; rarely they contains embryonal tissues (“immature teratomas”) and, if so, they have a higher malignant potential.
The origin of teratomas has been a matter of interest, speculation, and dispute for centuries because of their exotic composition.
The partenogenic theory, which suggests an origin from the primordial germ cell, is now the most widely accepted. The other two theories, one suggesting an origin from blastomeres segregated at an early stage of embryonic development and the second suggesting an origin from embryonal rests have few adherents currently. Support for the germ cell theory has come from anatomic distribution of the tumors, which occurs along the body midline of migration of the primordial germ cell, from the fact that the tumors occur most commonly during the reproductive age (epidemiologic-observational but also experimental data) and from cytogenetic analysis which has demonstrated genotypic differences between omozygous teratomatous tissue and heterozygous host tissue.
The primordial germ cells are the common origins of gametes (spermatozoa and oocyte, that are mature germ cells) which contain a single set of 23 chromosomas (haploid cells). During fertilization two gametes fuse together and originate a new cell which have a dyploid and heterozygous genetic pool (a double set of 23 chromosomas from two different organism).
On the other hand, the cells composing a teratoma show an identical genetic pool between the two sets of chromosomes.
Thus teratomas, even when they unexpectedly give rise to fetiform structures, are a different phenomenon from the fetus in fetu, and they fall within the scope of tumoral and not-malformative pathology.
All this does not lessen the impact of the observation, and a certain awe in considering the differentiation potential of one single germ cell.

References
Kurman JR et al., Blaustein’s pathology of the female genital tract, Springer 2011
Prat J., Pathology of the ovary, Saunders 2004

The mysteries of Sansevero Chapel – II

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The Prince, just like a sorcerer, is stirring the preparation in a big cauldron. Eventually, the long-awaited reaction takes place: a mysterious liquid is ready. On the other side of the room, the two bound and gagged servants can’t even scream anymore. The man is sobbing, while the woman, even immobilized, stays vigilant and alert — perhaps the new life she carries in her womb prevents her from giving in to fear, commanding an already impossible defense. The Prince hasn’t got much time, he has to act quickly. He pours the liquid down a strange pump, then he gets close to his victims: in their eyes he sees an unnameable terror. He starts with the man, puncturing the jugular vein and injecting the liquid right into his bloodstream with a syringe. The heart will pump the preparation throughout the body, and the Prince watches the agonizing man’s face as the dense poison begins to circulate. There, it’s all done: the servant is dead. It will take two to three hours for the mixture to solidify, and surely more than a month for the putrified flesh to fall off the skeleton and the network of veins, arteries and capillaries the process turned into marble.
Now it’s the woman’s turn.

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What you just read is the legend surrounding the two “anatomical machines” still visible in the Underground Chamber of the Sansevero Chapel. According to this story, Prince Raimondo di Sangro created them by sacrifying the life of his servants in order to obtain an exact representation of the vascular system. to an otherwise impossible to achieve level of accuracy. Even Benedetto Croce mentioned the legend in his  Storie e leggende napoletane (1919): “with the pretext of a minor fault, he had two of his servants killed, a man and a woman, and their bodies weirdly embalmed so that they showed all their internal viscera, the arteries and veins, and kept them locked in a closet…“. The two “machines” are in fact a man and a woman (pregnant, even if the fetus was stolen in the Sixties), their skeletons still wrapped in the thick net of circulatory apparatus.

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How were the “machines” really built?
The answer is maybe less exciting but also less cruel than legend has it: they were created through great expertise and great patience. And not by Raimondo di Sangro himself: in fact, the Prince commissioned this work in 1763-64 to Giuseppe Salerno, a physician from Palermo, providing for the iron wire and wax necessary to the construction, and gratifying the Sicilian artist with a nice pension for the rest of his life. If the skeletons are undoubtedly authentic, the whole vascular system was recreated using wire, which was then wrapped up in silk and later imbued in a peculiar mix of pigmented beewax and varnish, allowing the wire to be manipulated, bent in every direction and acting as a shock-absorbant material during transportation.
Giuseppe Salerno was not the only person to build such “machines”, for as early as 1753 and 1758 in Palermo a doctor called Paolo Graffeo had already presented a similar couple of anatomical models, complete with a 4-month-old fetus.

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The “black” legend about servants mercilessly killed stems from the figure of Raimondo di Sangro, whose life and work — just like the Sammartino’s Christ we talked about in our previous article — seem to be covered by a veil, albeit a symbolic one.
An extraordinary intellectual and inventor, chemistry, physics and technology enthusiast, Raimondo di Sangro was always regarded as suspisious because of his Freemasonry and alchemic interests, so much so that he became some sort of devil in popular fantasy.

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At the dawn of science, in the middle of XVIII Century, rationalism had yet to abandon alchemic symbology: alchemists obviously worked on concrete matter (chemistry will later grow from these very researches), but every procedure or preparation was also interpreted according to different metaphysical readings. Raimondo di Sangro claimed he invented tens of contraptions, such as a folding stage, a color typography, a sea chariot, hydraulic machines and alchemic marbles, fireproof paper and waterproof tissues, and even a much-celebrated “eternal candle”; but all the information about these creations come from his own Lettera apologetica, published in 1750, and some scholars maintain that these very inventions, whether they really existed or not, should be interpreted as symbols of the Prince’s alchemic research. Accordingly, the originary placement of the “anatomical machines”, inside the Phoenix Apartment on a revolving platform, looks like a symbolic choice: maybe Raimondo di Sangro thought of them as a depiction of the rubedo, a stage in the search for the philosopher’s stone in which matter recomposes itself, granting immortality.

Today, the two “machines” still amaze scholars for their realism and accuracy, and they prove that in the XVIII Century an almost perfect knowledge of the circulatory system had already been reached. Modern versions of these models, created through injection of sylicon polymers (this time on real cadavers), can be seen throughout the well-known Body Worlds exhibitions coordinated by Gunther Von Hagens, the inventor of plastination.

Here is some more info (in Italian): an article on the Prince buying the machines; an in-depth analysis of his inventions’ esoteric symbolism; an essay on Raimondo di Sangro in reference to his relationship with Free Masonry. And, of course, the Sansevero Chapel Museum website.

You can read the first part of this article here.

The mysteries of Sansevero Chapel – I

If you have never fallen victim to the Stendhal syndrome, then you probably have yet to visit the Cappella Sansevero in Naples.
The experience is hard to describe. Entering this space, full to the brim with works of art, you might almost feel assaulted by beauty, a beauty you cannot escape, filling every detail of your field of vision. The crucial difference here, in respect to any other baroque art collection, is that some of the works exposed inside the chapel do not offer just an aesthetic pleasure, but hinge on a second, deeper level of emotion: wonder.
Some of these are seemingly “impossible” sculptures, much too elaborate and realistic to be the result of a simple chisel, and the gracefulness of shapes is rendered with a technical dexterity that is hard to conceive.

The Release from Deception (Il Disinganno), is, for example, an astounding sculpted group: one could spend hours admiring the intricate net, held by the male figure, and wonder how Queirolo was able to extract it from a single marble block.

The Chastity (La Pudicizia) by Corradini, with its drapery veiling the female character as if it was transparent, is another “mystery” of sculpting technique, where the stone seems to have lost its weight, becoming ethereal and almost floating. Imagine how the artist started his work from a squared block of marble, how his mind’s eye “saw” this figure inside of it, how he patiently removed all which didn’t belong, freeing the figure from the stone little by little, smoothing the surface, refining, chiselling every wrinkle of her veil.

But the attention is mostly drawn by the most famous art piece displayed in the chapel, the Veiled Christ.
This sculpture has fascinated visitors for two and a half centuries, astounding artists and writers (from the Marquis de Sade to Canova), and is considered one of the world’s best sculpted masterpieces.
Completed in 1753 by Giuseppe Sanmartino and commissioned by Raimondo di Sangro, it portrays Christ deposed after crucifixion, covered by a transparent veil. This veil is rendered with such subtlety as to be almost deceiving to the eye, and the effect seen in person is really striking: one gets the impression that the “real” sculpture is lying underneath, and that the shroud could be easily grabbed and lifted.

It’s precisely because of Sanmartino’s extraordinary virtuosity in sculpting the veil that a legend surrounding this Christ dies hard – fooling from time to time even specialized magazines and otherwise irreproachable art websites.
Legend has it that prince Raimondo di Sangro, who commissioned the work, actually fabricated the veil himself, laying it down over Sanmartino’s sculpture and petrifying it with an alchemic method of his own invention; hence the phenomenal liquidness of the drapery, and the “transparence” of the tissue.

This legend keeps coming back, in the internet era, thanks to articles such as this:

The news is the recent discovery that the veil is not made of marble, as was believed until now, but of fine cloth, marbled through an alchemic procedure by the Prince himself, so that it became a whole with the underlying sculpture. In the Notarial Archives, the contract between Raimondo di Sangro and Sanmartino regarding the statue has been found. In it, the sculptor commits himself to deliver “a good and perfect statue depicting Our Lord dead in a natural pose, to be shown inside the Prince’s gentilitial church”. Raimondo di Sangro binds himself, in addition to supplying the marble, “to make a Shroud of weaved fabric, which will be placed over the sculpture; after this, the Prince will manipulate it through his own inventions; that is, coating the veil with a subtle layer of pulverized marble… until it looks like it’s sculpted with the statue”. Sammartino also commits to “never reveal, after completing the statue, the Prince’s method for making the shroud that covers the statue”. With this amazing contract, comes another document describing the recipe for powdered marble. If the two documents unequivocally prove the limits of Sammartino’s skills, they also show the alchemic genius of Sansevero, who put his expertise at the service of the hermetic doctrine, realizing one of the most important mysteric images of christian symbolism, that Holy Shroud Jesus was wrapped in, after he died on the cross.

(Excerpt from Restaurars)

Digging a bit deeper, it looks like this “sensational” discovery is not even recent, but goes back to the Eighties. It was made by neapolitan researcher Clara Miccinelli, who became interested in Raimondo di Sangro after being contacted by his spirit during a seance. Miccinelli published a couple of books, in 1982 and 1984, centered on the enigmatic figure of the Prince, freemason and alchemist, a character depicted in folklore as both a mad scientist and a genius.
The document Miccinelli found in the Archives is actually a fake. Here is what the Sansevero Chapel Museum has to say about it:

The document […], transcribed and published by Clara Miccinelli, is unanimously considered nonauthentic by scholars. In particular, a very accurate analysis of the document was conducted by Prof. Rosanna Cioffi, who in note 107, page 147 of her book “La Cappella Sansevero. Arte barocca e ideologia massonica” (sec. ed., Salerno 1994) lists and discusses as much as nine reasons – frankly inconfutable – for which the document cannot be held to be authentic (from the absence of watermark on the paper, to the handwriting being different from every other deed compiled by notary Liborio Scala, to the fact that the sheet of paper is loose and not included in the volume collecting all the deeds for the year 1752, to the notary’s “signum” which just in this document is different from all the other deeds, etc.). […] There are on the other hand certainly authentic documents, that can be consulted freely and publicly, in the Historic Archive of the Banco di Napoli, unearthed by Eduardo Nappi and published on different occasions: from a negotiable instrument dated December 16 1752, in which Raimondo di Sangro describes the statue in the making as “a statue of Our Lord being dead, and covered with a veil from the same marble”, to the payment of 30 ducats (as a settlment of 500 ducats) on February 13 1754, in which the Prince of Sansevero unequivocally describes the Christ as being “covered with a transparent shroud of the same marble”. All this without taking into account one of the Prince’s famous letters to Giraldi on the “eternal light”, published for the first time in May 1753 in “Novelle Letterarie” in Florence, in which he thus talks about the Christ: “the marble statue of Our Lord Jesus Christ being dead, wrapped in a transparent veil of the same marble, but executed with such expertise as to fool the most accurate observers”. […]
All the documentary evidence, therefore, points to one conclusion: the Veiled Christ is a work entirely made of marble. To settle things once and for all, there was eventually a scientific non-invasive analysis conducted by the company “Ars Mensurae”, which concluded that the only material present in this work is marble. The analysis report was published in 2008 in: S. Ridolfi, “Analisi di materiale lapideo tramite sistema portatile di Fluorescenza X: il caso del ‘Cristo Velato’ nella Cappella Sansevero di Napoli”. […]
We believe that the fact that Sanmartino’s Christ is entirely made from marble only adds charm […] to the work.

Miccinelli has subsequently found in her home a chest containing an incredible series of Jesuit manuscripts which completely overturn the whole precolonial history of Andean civilizations as we know it. The “case” has divided the ethnological community, even jeopardizing accademic relationships with Peru (see this English article), as many italian specialists believe the documents to be authentic, whereas by the majority of Anglosaxon and South American scholars they are considered artfully constructed fakes. The harsh debate did not discourage Miccinelli, who just can’t seem to be able to open a drawer without discovering some rare unpublished work: in 1991 it was the turn of an original writing by Dumas, which enabled her to decrypt the alchemical symbologies of the Count of Monte Cristo.

The second part of this article is dedicated to another legend surrounding the Sansevero Chapel, namely the one regarding the two “anatomical machines” preserved in the Underground Chamber. You can read it here.

Museo dell’Arte Sanitaria

Del Museo Storico Nazionale dell’Arte Sanitaria avevamo già parlato molto brevemente nella nostra vecchia serie di articoli sui musei anatomici italiani; torniamo ad occuparcene, un po’ più approfonditamente, perché si tratta a nostro avviso di una piccola perla nascosta e in parte dimenticata, inspiegabilmente più famosa all’estero che da noi – tanto che la maggior parte dei visitatori sono stranieri.

Il museo, fondato nel 1933, si trova in un’ala dell’Ospedale Santo Spirito in Sassia, a Roma, e si propone di illustrare la lunga strada che la medicina, la farmacologia e la chirurgia hanno percorso dall’antichità ad oggi, tramite reperti e ricostruzioni straordinarie.

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Entrando nella Sala Alessandrina, si possono ammirare le tavole anatomiche colorate di Paolo Mascagni, incluse alcune a grandezza naturale che mostrano i vari sistemi (linfatico, muscolare, circolatorio, osseo). Si salgono le scale, e ci si ritrova immediatamente in quella che è forse la stanza più spettacolare dell’intero museo, la sala Flajani.

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Qui sono esposti alcuni impressionanti preparati anatomici, a secco e in formalina, di diverse malformazioni natali: dalle lesioni ossee provocate dalla sifilide, al fenomeno dei gemelli siamesi, dalla macrocefalia alla bicefalia, e via dicendo.

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Scheletri fetali, feti mummificati o sotto liquido, sono presentati assieme a una magnifica collezione di cere anatomiche, tra la quali spiccano la serie di studi ostetrici sulle varie fasi dello sviluppo prenatale (anomalie incluse) e alcuni busti a grandezza naturale di rara bellezza.

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La sala ospita anche una collezione di preparati anatomici più antichi, realizzati con tecniche desuete e dall’effetto finale curioso e straniante. In queste teche spiccano alcuni feti siamesi mummificati.

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Nella sala sono anche presenti un antico mortaio per la preparazione del chinino (che sconfisse la malaria nel ‘700, importato dalle Americhe dai padri gesuiti), e una collezione di calcoli estratti chirurgicamente nell’800 all’Ospedale del Santo Spirito.

Dopo questa prima sala, comincia il vero e proprio viaggio nella storia della medicina; dai primi rimedi misteriosi, come il bezoario (palla calcarea che si forma nell’intestino dei ruminanti e al quale venivano attribuite virtù terapeutiche) o il corno dell’unicorno (che nella realtà era un raro dente di narvalo), agli ex voto romani ed etruschi, risulta evidente come la medicina degli albori fosse inscindibile dall’universo magico.

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Il museo ospita anche una ricostruzione accurata di come si doveva presentare il laboratorio di un alchimista, sei o sette secoli fa: gli alambicchi, le storte, il forno, i matracci, le bocce, i mortai sono esposti in maniera estremamente scenografica. La sapienza alchemica univa il potere del simbolo alla conoscenza pratica delle virtù taumaturgiche degli elementi; una volta epurata dal mito, questa antica arte darà origine alla scienza farmacologica.

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A fianco, ecco la ricostruzione di una farmacia del 1600, con il banco dello speziale che assomiglia a un imponente trono, e gli scaffali ricolmi di vasi che contenevano le differenti spezie che soltanto il farmacista sapeva dosare e mischiare efficacemente.

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Le varie teche contenengono poi le collezioni di strumenti chirurgici o diagnostici: antichi trapani per craniotomie, lancette per i salassi, seghe da amputazione, forcipi, specula, e via dicendo; uno degli oggetti più curiosi è la “siringa battesimale”, che veniva riempita di acqua santa ed utilizzata per battezzare in utero quei feti che rischiavano di essere abortiti.

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In quest’ultima sala, oltre a rarità come ad esempio un’antica poltrona per partorienti, o una “venere anatomica”, troviamo altri tre reperti eccezionali: due preparati a secco del sistema nervoso centrale e periferico a grandezza naturale, e la mano di una bambina “metallizzata” da Angelo Motta di Cremona nel 1881, con un procedimento tuttora segreto.

Ecco il sito ufficiale del Museo Storico dell’Arte Sanitaria.

Il più misterioso dei libri

Immaginate di trovare, sepolto fra gli innumerevoli tomi custoditi gelosamente all’interno di una biblioteca gesuita, un misterioso manoscritto antico. Immaginate che questo manoscritto sia redatto in una lingua incomprensibile, o forse crittografato affinché soltanto gli iniziati siano in grado di leggerlo. Immaginate che sia corredato da fantastiche illustrazioni a colori di piante che non esistono, diagrammi di pianeti sconosciuti, strani marchingegni e strutture a vasche comunicanti in cui esseri femminili stanno immersi in liquidi scuri… e poi diagrammi intricati, agglomerati di petali, tubi, bizzarre ampolle, simboli raffiguranti cellule o esseri proteiformi…

Questo non è l’inizio di un film o di un romanzo. Questo è quello che accadde veramente a Wilfrid Voynich, mercante di libri rari, nel 1912, quando acquistò dal Collegio gesuita di Mondragone un lotto di libri antichi. Da quasi un secolo il cosiddetto “manoscritto Voynich” sconcerta gli esperti, impenetrabile a qualsiasi tentativo di decifrazione, e il dibattito sulla sua autenticità non è ancora giunto a conclusione.

Il libro sembra una sorta di compendio o catalogo biologico-naturalistico. I lunghi elenchi e indici numerati fanno riferimento alle illustrazioni ed evidentemente le analizzano con descrizioni meticolose. Il problema, se davvero si tratta di un’enciclopedia naturalistica, è che non sappiamo a quale natura si riferisca, visto che le piante disegnate a vividi colori non sono note ad alcun botanico. Anche i diagrammi che sembrano riferirsi all’astronomia (sarebbero riconoscibili alcuni segni zodiacali) lasciano interdetti gli studiosi. Ora, crittografare una lingua è possibile, ma crittografare un’immagine è davvero un’opera inaudita. Forse potremmo capire qualcosa in più se sapessimo chi è l’autore del manoscritto…

Un’analisi agli infrarossi avrebbe evidenziato una firma, in seguito cancellata: “Jacobi a Tepenece”. Questa firma sarebbe dunque quella di Jacobus Horcicki, alchimista del 1600 alla corte dell’imperatore Rodolfo II. Questo controverso sovrano, personaggio malinconico e schivo, interessato più all’occultismo e all’arte che alla politica, costruì la più grande wunderkammer del suo tempo, ammassando e catalogando oggetti meravigliosi da tutto il mondo, testi esoterici e dipinti dal valore inestimabile. Secondo molti studiosi era talmente ossessionato dalle arti oscure che il manoscritto Voynich potrebbe essere il risultato di una complessa truffa ai suoi danni. L’imperatore, come in molti sapevano, era disposto a sborsare somme enormi per acquistare testi magici ed alchemici. E allora perché non fabbricarne uno, dalla lingua incomprensibile, dalle immagini fantastiche, per impressionarlo e spillargli un bel po’ di quattrini? Forse gli anonimi truffatori avevano inizialmente firmato la loro opera con il nome dell’alchimista più famoso, Jacobus Horcicki appunto, per poi ritornare sui loro passi e cancellarlo, considerandolo un azzardo troppo rischioso?

La tesi del falso è supportata in gran parte dagli studi crittografici: nonostante non sia mai stato decifrato, nel linguaggio utilizzato nel manoscritto ci sono alcuni indizi che “puzzano” di bufala. La struttura sintattica, ad esempio, sembrerebbe semplicissima, fin troppo elementare; alcune parole, poi, vengono spesso ripetute consecutivamente, in alcuni casi addirittura per quattro volte. Eppure nessun esperto è riuscito a scoprire quale sia il metodo con cui il libro è stato composto, visto che non vi è utilizzato nessuno dei sistemi crittografici che sappiamo essere noti all’epoca.

All’inizio del 2011 è stata finalmente condotta un’analisi al carbonio-14 per datare il manoscritto. E, come c’era da aspettarsi, ecco l’ennesima sorpresa! Il manoscritto risale a un periodo compreso fra il 1404 e il 1438, e quindi è ben più antico di quanto finora ritenuto. Purtroppo questa scoperta non mette il punto finale alle discussioni…

Infatti le analisi al radiocarbonio non possono essere effettuate sugli inchiostri, ma soltanto sulle pagine. Se gli anonimi truffatori seicenteschi fossero riusciti a procurarsi un po’ di carta originale del 1400 su cui scrivere, allora la loro burla metterebbe nel sacco anche le nostre tecnologie.

Il mistero del manoscritto Voynich resiste dunque al passare del tempo. Ma da oggi anche voi, crittografi dilettanti, potrete cimentarvi nella decifrazione, perché il libro è stato finalmente pubblicato online per la consultazione gratuita. E se proprio non ambite ad essere i primi a svelare l’enigma, vi consigliamo ugualmente di sfogliarlo, anche soltanto per lasciarvi conquistare dal fascino che queste pagine emanano. Perché, diciamocelo sinceramente, gran parte dei cosiddetti “misteri” valgono soprattutto per le emozioni e la poesia che ci regalano finché restano insondabili e imperscrutabili… simboli mitici di ciò che sta al di là della nostra comprensione. E il manoscritto Voynich, che sia un falso oppure no, è capace di gettarci nell’incanto dell’ignoto.

Le scansioni delle pagine dell’intero manoscritto si trovano su questo sito. Questa invece è la pagina di Wikipedia, che riassume bene le varie ipotesi, teorie e ricerche nate attorno al libro.