Tag Archives: science

The Fantastic in Science

Certain watershed moments in our lives happen by accident, at least on the surface.

While attending university in Siena, it happened at one point that some of the lectures in the course of study were held not on the premises of my faculty, but located in the classrooms of theAccademia dei Fisiocritici, one of the oldest scientific institutions in Italy.

So one day I was in class in there, and to dilute the inhuman torment (no one should be subjected, without prior informed consent, to a general linguistics class) I got up to look for a bathroom. I asked the janitor how to get there, and he pointed to a door specifying that I had to go through the whole room because the restrooms were at the back.
When I entered, the shutters at the windows were ajar, and it took me a moment to adjust my eyes to the dimness. I finally distinguished, half a meter away from me, a strange silhouette… I focused with difficulty, and what I saw was this:

My memory is usually ragged and lazy, but that shock I remember as if it were a thing of today: the rush of adrenaline left me shaky. I found myself surrounded by other teratological specimens, although I didn’t even know the term at the time: in addition to the Siamese calf taxidermy, there were skeletons of thoracopagus lambs, malformed fetuses and human preparations.
I could have looked for an escape route, pulled straight for the restrooms cursing the janitor who had not warned me what I would be facing; instead, something clicked. I stood paralyzed for I don’t know how long, then the dismay faded, giving way to the most all-encompassing wonder I had ever felt. Precipitated in a paradoxical state, at once hypnotic and euphoric, I forgot about the bathroom, about class.
I did not leave that room until, an hour later, a fellow student came looking for me. Leaving the Academy, intoxicated and inebriated, I knew that moment would define at least in part all the rest of my life.

Why was that experience such an epiphany?
There was a hallucinatory quality to those deformed bodies that made me feel like a lost child, or at least get back in touch with a childlike trait that tends to be blunted by time: the inability to distinguish sharply between dream and reality.
(I wrote “inability to distinguish,” instead it would be better to say: the ability not to distinguish. But we’ll get to that.)

Now that I have been involved for many years precisely with anatomical or natural history museums, and their relationship to the uncanny, I understand well why that moment was so foundational for me. Without that surprise, that unexpected and cruel thrill, that cutaneous horripilation, that primal trauma, I would not have arrived at the approach that I believe informs much of my work: that of valuing the “Fantastic in science,” a concept around which I have long orbited, though without defining it explicitly until now.

Scientific and fantasy fiction are contradictory only in appearance, just as specious is the opposition between the Fantastic and Realism. Whether we are talking about film, literature or art, a double misunderstanding has plagued these disciplines for quite a while: on the one hand, Realism is merely a mode of exposition, laden with conscious choices and omissions — thus a clever pretense of verisimilitude. On the other, under the allegorical veneer, any fantastic narrative is a meditation (more or less conscious) on the reality of its own time.

In other words: realism is always a fable in disguise, while a fantastic narrative is always about concrete and current concerns.
The great difference between the two expressions is similar to what in music is called timbre; different are the instruments that play it, different are the filters, effects, distortions, and vibrations that are produced, but the note may well be the same.

In the artistic-literary sphere, therefore, such a dialectic never goes beyond the epidermis of the story, but I am convinced that on serious examination it does not hold between scientific language and the fantastic dimension either. While we are accustomed to recognizing the scientific themes that sometimes populate art or fantastic literature (think of Frankenstein), at first glance the presence of fantastic elements that run through scientific narratives — which are nothing more than a realist register taken to extremes — is less obvious.

It is the study of anatomy, human and animal, that in my eyes encapsulates more than other disciplines a propensity for the Marvelous.
On the one hand it is infused with all the epic of the heroes of science, the pioneering cartography of the body as a virgin continent to be explored, the esoteric toponymy and nomenclature; but the medical rhetoric of case reports — despite having developed a predilection for aseptic language honed over the centuries — is still descended from the accounts of prodigies and monstrous births of the Sixteenth Century. It is not uncommon to encounter medical papers that resemble veritable short stories.

Pietro da Cortona, Tabulae anatomicae, 1741

On the other hand, I have always been fascinated by anatomical plates (with their unintentional surrealism) and especially by the spectacular aspect of some museum preparations — such as those that treacherously stood before me at the Accademia dei Fisiocritici.

Precisely in the monstrous preparations, but also in certain dissections that unfold the body in unexpected visual distortions, there is an element of transfiguration of matter that I think is necessary for one to be able to speak properly of the Fantastic.

Honoré Fragonard, Écorché of Horse and Rider (1771), Fragonard Museum, Paris.

12-part human skull section, preparation by Ryan Matthew Cohn.

In short: If I were asked to name a place that perfectly represents my idea of the Fantastic, I would not think of any enchanted glade inhabited by fairies and goblins, nor of a crumbling mansion haunted by some evanescent ghost. Nor would I address distant hypothetical planets populated by inconceivable life forms.

I would direct the interlocutor to an anatomy museum.

Prepared in liquid twins, MUSA, Naples.

Tracing the fantastic in science, then, has broader and deeper repercussions. It means reconsidering the distance between mathematical-scientific and artistic-humanistic disciplines.

There is a widespread idea that the artist is predominantly irrational and emotional, but anyone who has ventured to produce any form of art knows very well that it is a work of ingenuity considered as an inseparable whole: it is necessary to guarantee space for the unknown to intervene in order to harmonize and elaborate it thanks to the control that technique guarantees.

On the other hand, the researcher or scientist proceeds in a kindred way — in spite of the different timbre, semiotic register, and tools — that is, in perennial balance between the describable and the indescribable, putting their faculties to good use indiscriminately, tuning the scruple of reasoning with those vast unfathomable areas from which intuition and unexpected illuminations spring.

“Eureka!” Archimedes in the bath, 16th-century woodcut.

No human quest, in other words, is wholly rational or irrational: for we only move in an attempt to untangle the thicket of symbols we have inherited or created ourselves, and to overcome them. The poet and the scientist who intend to reach some truth must strain in a constant effort against the traps of language, of categories, of preconceptions.
In this, as I said, the child’s ability not to make big distinctions between dream and reality would be a discipline to cultivate since, when needed, it allows us to place ourselves beyond traditional separations.
It is useful to access that privileged vantage point from time to time, because from there the heterogeneous stimuli that animate our thinking are no longer judged a priori: and the multiple currents, coming from all directions, that churn and eddy under our keel, are still the same ocean.
(This post is dedicated to that janitor who at the time did not warn me of what I was getting into. I don’t know his name, but he was infinitely more important to my education than the linguistics professor.)

“Brighter Than A Thousand Suns”: The Man Who Entered a Particle Accelerator

We have all heard of particle accelerators, if only for the “discovery” of the Higgs boson a few years ago.
And there are just two questions laymen like us ask themeselves about these machines:

1. What the heck are accelerators anyway, and how do they work?
2. What happens if I put my hand in a functioning particle accelerator?

Okay, maybe I’m the only one asking the second question.

© 2017 Robert Hradil, Monika Majer/ProStudio22.ch

Anyway, regarding question #1, CERN’s official website puts it this way:

An accelerator propels charged particles, such as protons or electrons, at high speeds, close to the speed of light. They are then smashed either onto a target or against other particles circulating in the opposite direction. By studying these collisions, physicists are able to probe the world of the infinitely small.
When the particles are sufficiently energetic, a phenomenon that defies the imagination happens: the energy of the collision is transformed into matter in the form of new particles, the most massive of which existed in the early Universe. This phenomenon is described by Einstein’s famous equation E=mc2, according to which matter is a concentrated form of energy, and the two are interchangeable.

As for the second question, from a quick search it turns out that I’m not the only fool asking it: on the internet, as soon as one claims to be working on an accelerator, he or she is overwhelmed by the requests of those who can’t wait to get hit by a bundle of protons in the hope of acquiring superpowers.

Even some physicists at CERN have tried to answer the age-old question of the hand-in-the-accelerator, in the first 4 minutes of this video.
And yet, either because they might know everything about physics but they’re not doctors, or because it is too childish and frivolous a question, these luminaries seem rather clueless and their attempts to answer can be summed up in a quite embarrassed “we don’t know”. (How come they didn’t prepare a better answer? Has no one ever asked them stupid questions before?)

Well, no harm done, because on this delicate issue the only scientist whose answer I would blindly trust is not at CERN, but in Russia.
His name is Anatoli Bugorski, and he didn’t put his hand in a particle accelerator… he stuck his whole head in one.

© Sergey Velichkin – TASS

On 13 July 1978 Bugorski was inspecting the U-70 synchrotron at the Institute of High Energy Physics in the city of Protvino.
Inaugurated in 1967, this circular accelerator with a perimeter of 1.5 km had held the world record in beam energy for five years (the “70” refers to the amount of gigaelectronvolts it can reach in its final phase); and still today it is the most powerful accelerator in all of Russia.

Inspecting such a monster is not quite like opening the hood of your car anche and checking the engine – although, for this writer, these two activities are equally esoteric. To perform maintenance that morning, Burgoski had to actually slip into the accelerator circuit. Therefore, before heading downstairs, he told the control center to turn off the beam in the next five minutes.
He arrived at the experimental room a minute or two in advance, but did not pay it too much attention because he found the door was open; furthermore, the safety signal was off, meaning that the machinery was no longer in operation. “How efficient, my good old pals, up at the station! – he must have thought – Knowing I was coming down here, they’ve already turned everything off.”

The boys in the control room.

All being nice and quiet, he decided to open the accelerator.
What he didn’t know was that the door had been left ajar by mistake; and that the light bulb inside the warning sign had just burned out.

© Sergey Velichkin – TASS

As soon as he peeked inside the corridor, his head was instantly pierced by a beam of protons of 2×3 millimeters in size, shot at a dizzying speed.
Burgoski saw a flash “brighter than a thousand suns”, as the beam entered the back of the skull and, in a fraction of a second, burned a straight line through his brain, coming out near his left nostril.
The whole thing was too fast for Burgoski to feel any pain; but not fast enough (at least, this is what I like to imagine) to prevent him from mentally cursing the security staff.

Burgoski was taken to the infirmary, and within a short time the left half of his face was swelling. The beam had pierced his middle ear, and the wound continued to slowly burn the nerves in his face. But the real problem was radiation.
In that thousandth of a second, Bugorski had been exposed to a radiation of 200,000 / 300,000 röntgen, which is 300 times greater than the lethal amount.

To the scientists, this unfortunate graduate student had suddenly become an interesting case study.
Burgoski’s days were numbered, so he was rushed to a clinic in Moscow to be placed under observation during what were presumably the last couple of weeks of his life. Scholars came from all over just to watch him die, because no one before him had ever been the victim of such a concentrated beam of radiation, as this article in The Atlantic reminds us:

unique to Bugorski’s case, radiation was concentrated along a narrow beam through the head, rather than being broadly distributed from nuclear fallout, as was the case for many victims of the Chernobyl disaster or the bombing of Hiroshima. For Bugorski, particularly vulnerable tissues, such as bone marrow and the gastrointestinal track, might have been largely spared. But where the beam shot through Bugorski’s head, it deposited an obscene amount of radiation energy, hundreds of times greater than a lethal dose.

Yet, in spite of any prediction, Burgoski did not die.
Following the accident he completely lost hearing from his left ear (replaced by a tinnitus), suffered epileptic seizures and facial hemiparesis for the rest of his life. But apart from this damage, which was permanent but not lethal, he recovered his health completely: within 18 months he was back to work, he completed his doctorate and continued his career as a scientist and experimental coordinator.
He was forbidden from talking about his accident until the end of the 1980s, due to Russia’s secrecy policy surrounding anything even remotely connected with nuclear power. Burgoski is still alive and well at the age of 77.

Maybe his story does not exactly answer our childish question about what would happen if we stuck our hand inside an accelerator, but it can give us a rough idea.
As summarized by Professor Michael Merrifield in the aforementioned video:

Links, Curiosities & Mixed Wonders – 14

  • Koko, the female gorilla who could use sign language, besides painting and loving kittens, died on June 19th. But Koko was not the first primate to communicate with humans; the fisrt, groundbreaking attempt to make a monkey “talk” was carried out in quite a catastrophic way, as I explained in this old post (Italian only – here’s the Wiki entry).
  • Do you need bugs, butterflies, cockroaches, centipedes, fireflies, bees or any other kind of insects for the movie you’re about to shoot? This gentleman creates realistic bug props, featured in the greatest Hollywood productions. (Thanks, Federico!)
  • If you think those enlarge-your-penis pumps you see in spam emails are a recently-invented contraption, here’s one from the 19th Century (taken from Albert Moll, Handbuch der Sexualwissenschaften, 1921).

  • Ghanaian funerals became quite popular over the internet on the account of the colorful caskets in the shape of tools or barious objects (I talked about it in the second part of this article — Italian only), but there’s a problem: lately the rituals have become so complicated and obsessive that the bodies of the deceased end up buried months, or even several years, after death.
  • This tweet.
  • 1865: during the conquest of Matterhorn, a strange and upsetting apparition took place. In all probability it was an extremely rare atmospheric phenomenon, but put yourselves in the shoes of those mountain climbers who had just lost four members of the team while ascending to the peak, and suddenly saw an arc and two enormous crosses floating in the sky over the fog.
  • The strange beauty of time-worn daguerrotypes.

  • What’s so strange in these pictures of a man preparing some tacos for a nice dinner with his friends?
    Nothing, apart from the fact that the meat comes from his left foot, which got amputated after an accident.

Think about it: you lose a leg, you try to have it back after the operation, and you succeed. Before cremating it, why not taste a little slice of it? It is after all your leg, your foot, you won’t hurt anybody and you will satiate your curiosity. Ethical cannibalism.
This is what a young man decided to try, and he invited some “open-minded” friends to the exclusive tasting event. Then, two years later, he decided to report on Reddit how the evening went. The human-flesh tacos were apparently quite appreciated by the group, with the exception of one tablemate (who, in the protagonist’s words, “had to spit me on a napkin“).
The experiment, conducted without braking any law since in the US there is none to forbid cannibalism, did raise some visceral reactions, as you would expect; the now-famous self-cannibal was even interviewed on Vice. And he stated that this little folly helped him to overcome his psychological thrauma: “eating my foot was a funny and weird and interesting way to move forward“.

  • Since we’re talking disgust: a new research determined that things that gross us out are organized in six main categories. At the first place, it’s no surprise to find infected wounds and hygiene-related topics (bad smells, excrements, atc.), perhaps because they act as signals for potentially harmful situations in which our bodies run the risk of contracting a disease.
  • “Did someone order prawns?”
    In Qingdao, China, the equivalent of a seafood restaurant fell from the sky (some photos below). Still today, rains of animals remain quite puzzling.

EDIT: This photo is fake (not the others).

  • In Sweden there is a mysterious syndrom: it only affects Soviet refugee children who are waiting to know if their parents’ residency permit will be accepted.
    It’s called “resignation syndrome”. The ghost of forced repatriation, the stress of not knowing the language and the exhausting beaurocratic procedures push these kids first into apathy, then catatonia and eventually into a coma.  At first this epidemic was thought to be some kind of set-up or sham, but doctors soon understood this serious psychological alteration is all but fake: the children can lie in a coma even for two years, suffer from relapses, and the domino effect is such that from 2015 to 2016 a total of 169 episodes were recorded.
    Here’s an article on this dramatic condition. (Thanks, David!)

Anatomy of the corset.

  • Nuke simulator: choose where to drop the Big One, type and kilotons, if it will explode in the air or on the ground. Then watch in horror and find out the effects.
  • Mari Katayama is a Japanese artist. Since she was a child she started knitting peculiar objects, incorporating seashells and jewels in her creations. Suffering from ectrodactyly, she had both legs amputated when she was 9 years old. Today her body is the focus of her art projects, and her self-portraits, in my opinion, are a thing of extraordinary beauty. Here are some of ther works.
    (Official website, Instagram)

Way back when, medical students sure knew how to pull a good joke (from this wonderful book).

  • The big guy you can see on the left side in the picture below is the Irish Giant Charles Byrne (1761–1783), and his skeleton belongs to the Hunterian Museum in London. It is the most discussed specimen of the entire anatomical collection, and for good reason: when he was still alive, Byrne clearly stated that he wanted to be buried at sea, and categorically refused the idea of his bones being exhibited in a museum — a thought that horrified him.
    When Byrne died, his friends organized his funeral in the coastal city of Margate, not knowing that the casket was actually full of stones: anatomist William Hunter had bribed an undertaker to steal the Giant’s valuable body. Since then, the skeleton was exhibited in the museum and, even if it certainly contributed to the study of acromegalia and gigantism, it has always been a “thorny” specimen from an ethical perspective.
    So here’s the news: now that the Hunterian is closed for a 3-year-long renovation, the museum board seems to be evaluating the possibility of buring Byrne’s skeletal remains. If that was the case, it would be a game changer in the ethical exhibit of human remains in museums.

  • Just like a muder mystery: a secret diary written on the back of floorboards in a French Castle, and detailing crime stories and sordid village affairs. (Thanks, Lighthousely!)
  • The most enjoyable read as of late is kindly offered by the great Thomas Morris, who found a  delightful medical report from 1852. A gentleman, married with children but secretly devoted to onanism, first tries to insert a slice of a bull’s penis into his own penis, through the urethra. The piece of meat gets stuck, and he has to resort to a doctor to extract it. Not happy with this result, he  decides to pass a 28 cm. probe through the same opening, but thing slips from his fingers and disappears inside him. The story comes to no good for our hero; an inglorious end — or maybe proudly libertine, you decide.
    It made me think of an old saying: “never do anything you wouldn’t be caught dead doing“.

That’s all for now folks!

Dolphinophilia

Art by Dr Louzou.

[…] by common accord they glide towards one another underwater, the female shark using its fins, Maldoror cleaving the waves with his arms; and they hold their breath in deep veneration, each one wishing to gave for the first time upon the other, his living portrait. When they are three yards apart they suddenly and spontaneously fall upon one another like two lovers and embrace with dignity and gratitude, clasping each other as tenderly as brother and sister. Carnal desire follows this demonstration of friendship. Two sinewy thighs press tightly against the monster’s viscous flesh, like two leeches; and arms and fins are clasped around the beloved object, while their throats and breasts soon form one glaucous mass amid the exhalations of the seaweed; amidst the tempest which was continuing to rage; by the light of lightning-flashes; with the foaming waves for marriage-bed; borne by an undersea current and rolling on top of one another down into the unknown deeps, they joined in a long, chaste and ghastly coupling!… At last I had found one akin to me… from now on I was no longer alone in life…! Her ideas were the same as mine… I was face to face with my first love!

I always loved this sulfurous description of the intercourse between Maldoror and a shark, found in the second chant of Lautréamont’s masterpiece.
It came back to mind when a friend recently suggested I look up Malcolm Brenner. You know you’ve found an interesting guy, when Wikipedia introduces him as an “author, journalist, and zoophile“.
Malcolm, it seems, has a thing for dolphins.

Now, zoophilia is a very delicate topic — I tried to address it in this post (Italian only) — because it doesn’t only touch on sensitive areas of sexuality, but it also concerns animal rights. I’m returning on the subject in order to tell two very different stories, which I find particularly remarkable: they are both about sexual encounters between humans and dolphins.
The first one is, indeed, Brennan’s.

I advise you to invest 15 minutes of your time and watch the extraordinary Dolphin Lover, embedded below, which chronicles the unconventional love story between Malcom and a female dolphin named Dolly.
The merit of this short documentary lies in the sensitivity with which it approaches its subject: a man who was abused at a tender age, still visibly marked by what he believes has been a wonderful sentimental and spiritual connection with the animal.
Viewing the video certainly poses an intriguing variety of questions: besides the intrinsic problems of zoophilia (the likelihood of inter-species love, the validity of including zoophiliac tendencies within a pathological spectrum, the issue of consent in animals), some daring points are made, such as the parallellism that Malcom puts forward with inter-racial marriages. “150 years ago, black people were considered degenerate subspecies of the human being, and at the time miscegenation was a crime in many states, as today inter-species sex or bestiality is a crime in many states. And I’m hoping that in a more enlightened future zoophilia will be no more regarded as controversial or harmful than interracial sex is today.“

The documentary, and Brenner’s book Wet Goddess (2009), caused some stir, as you would expect. “Glorifying human sexual interactions with other species is inappropriate for the health and well being of any animal. It puts the dolphin’s own health and social behavioral settings at risk”, said expert Dr. Hertzing to the Huff Post.

But if you think the love story between Malcom and Dolly is bizarre, there’s at least another one that surpasses it in weirdness. Let me introduce you to Margaret Lovatt.

Margaret Lovatt. Foto: Matt Pinner/BBC

When she was younger, Margaret — who has no inclination or interest in zoophilia at all — was the target of a male dolphin’s erotic attention. And there would be nothing surprising in this: these mammals are notorious for their sexual promiscuity with trainers and other humans who are swimming with them. At times, they even get aggressive in their sexual advances (proving, if there ever was any need to, that consent is a stricly human concern).

In other words, the fact that a dolphin tried to hit on her is anything but unusual. But the context in which this happened is so delightfully weird, and her story so fascinating, that it deserves to be told.

Virgin Islands, early 1960s.
Doctor John C. Lilly was at the peak of his researches (which, many decades later, earned him a way cooler Wiki description than Brennan’s). This brilliant neuroscientist had already patented several manometers, condensers and medical meters; he had studied the effects of high altitude on brain physiology; he had created a machine to visualize brain activity through the use of electrodes (this kind of stimulation, still used today, is called “Lilly’s wave”). Intrigued by psychoanalisis, he also had already abandoned more conventional areas of scientific investigation to invent sensory deprivation tanks.


Built in 1954 and initally intended as a way to study brain neurophysiology in the absence of external stimuli, isolation tanks had unexpectedly turned out to be an altered-state-inducing tool, prompting a sort of deep and meditative trance. Lilly began to see them as spiritual or psychic vessels: “I made so many discoveries that I didn’t dare tell the psychiatric group about it at all because they would’ve said I was psychotic. I found the isolation tank was a hole in the universe.” This discovery led to the second part of his career, that saw him become an explorer of consciousness.

The early Sixties were also the time when John Lilly began to experiment with LSD, took interest in aliens and… in dolphins.

The scientist was convinced that these mammals were extremly intelligent, and he had discovered that they seemed able to replicate some human sounds. Wouldn’t it be nice, Lilly thought,if we could communicate with cetaceans? What enlightening concepts would their enormous brains teach us? He published his ideas in Man and Dolphin (1961), which instantly became a best-seller; in the book he prophetized a future in which dolphins would widen our perspective on history, philosophy and even world politics (he was confident a Cetacean consulting Seat could be established at the United Nations).


Lilly’s next step was to raise funds for a project aimed at teaching dolphins to speak English.
He tried to involve NASA and the Navy — as you do, right? —, and succeded. Thus Lilly founded the Communication Research Institute, a marine secret laboratory on the caraibic island of St. Thomas.

This is the context in which, in 1964, our Margaret began working with Peter, one of the three dolphins being studied at Lilly’s facility. Margaret moved in to live inside the dolphinarium for three months, in contact with Peter for six days a week. Here she gave English lessons to the animal, for instance teaching him how to articulate the words “Hello Margaret”.
“‘M’ was very difficult […]. I worked on the ‘M’ sound and he eventually rolled over to bubble it through the water. That ‘M’, he worked on so hard.”
But Peter also showed to be curious about many other things: “He was very, very interested in my anatomy. If I was sitting here and my legs were in the water, he would come up and look at the back of my knee for a long time. He wanted to know how that thing worked and I was so charmed by it.“

Spending so much time on intimate terms with the dolphin introduced Lovatt to the cetacean’s sexual needs: “Peter liked to be with me. He would rub himself on my knee, or my foot, or my hand.” At that point, in order not to interrupt their sessions, Margaret began to manually satisfy Peter’s necessities, as they arose. “I allowed that. I wasn’t uncomfortable with it, as long as it wasn’t rough. It would just become part of what was going on, like an itch – just get rid of it, scratch it and move on. And that’s how it seemed to work out. […] It wasn’t sexual on my part. Sensuous perhaps. It seemed to me that it made the bond closer. Not because of the sexual activity, but because of the lack of having to keep breaking. And that’s really all it was. I was there to get to know Peter. That was part of Peter.“

As months went by, John Lilly gradually lost interest in dolphins. He increasingly committed himself to his scientific research on psychedelics, at the time of great interest for the Government, but this eventually became a personal rather than a professional interest:  as recalled by a friend, “I saw John go from a scientist with a white coat to a full blown hippy.”

Psychedelic counter-culture icons: Ginsberg, Leary & Lilly.

The lab lost its fundings, the dolphins were moved to another aquarium in Miami, and Margaret didn’t hear about Peter until a few weeks later. “I got that phone call from John Lilly. John called me himself to tell me. He said Peter had committed suicide.”
Just like Dolly in Malcolm Brenner’s account, Peter too had decided to stop breathing (which is voluntary in dolphins).

After more than a decade, in the late 1970s, Hustler magazine published a sexploitation piece about Margaret Lovatt and her “sexual” relationship with Peter, which included an explicit cartoon. Unfortunately, despite all attempts to put her story back within the frame of those pioneering experiments, Margaret was marked for many years as the woman who made love to dolphins.
“It’s a bit uncomfortable,” she declared in a Guardian interview. “The worst experiment in the world, I’ve read somewhere, was me and Peter. That’s fine, I don’t mind. But that was not the point of it, nor the result of it. So I just ignore it.“

Towards the end of his career, John Lilly became convinced that some gigantic cosmic entities (which he visualized during his acid trips) were responsible for all inexplicable coincidences.
Appropriately enough, just as I was finalizing this post, I stumbled upon one of these coincidences. I opened the New York Times website to find this article: a team of scientists from the University of Chile just published a paper, claiming to have trained an orca to repeat some English words.

So Lilly’s dream of communicating with cetaceans lives on.
Brennan’s dream, on the other hand, is still controversial, as are zoophile associations such as the German ZETA (“Zoophile Engagement for Tolerance and Enlightenment”), who believe in a future without any sexual barrier between species.
A future where one can easily make love to a dolphin without awakening anyone’s morbid curiosity.
Without anyone necessarily writing about it in a blog of oddities.

(Thanks, Fabri!)

Unearthing Gorini, The Petrifier

This post originally appeared on The Order of the Good Death

Many years ago, as I had just begun to explore the history of medicine and anatomical preparations, I became utterly fascinated with the so-called “petrifiers”: 19th and early 20th century anatomists who carried out obscure chemical procedures in order to give their specimens an almost stone-like, everlasting solidity.
Their purpose was to solve two problems at once: the constant shortage of corpses to dissect, and the issue of hygiene problems (yes, back in the time dissection was a messy deal).
Each petrifier perfected his own secret formula to achieve virtually incorruptible anatomical preparations: the art of petrifaction became an exquisitely Italian specialty, a branch of anatomy that flourished due to a series of cultural, scientific and political factors.

When I first encountered the figure of Paolo Gorini (1813-1881), I made the mistake of assuming his work was very similar to that of his fellow petrifiers.
But as soon as I stepped foot inside the wonderful Gorini Collection in Lodi, near Milan, I was surprised at how few scientifically-oriented preparations it contained: most specimens were actually whole, undissected human heads, feet, hands, infants, etc. It struck me that these were not meant as medical studies: they were attempts at preserving the body forever. Was Gorini looking for a way to have the deceased transformed into a genuine statue? Why?
I needed to know more.

A biographical research is a mighty strange experience: digging into the past in search of someone’s secret is always an enterprise doomed to failure. No matter how much you read about a person’s life, their deepest desires and dreams remain forever inaccessible.
And yet, the more I examined books, papers, documents about Paolo Gorini, the more I felt I could somehow relate to this man’s quest.
Yes, he was an eccentric genius. Yes, he lived alone in his ghoulish laboratory, surrounded by “the bodies of men and beasts, human limbs and organs, heads with their hair preserved […], items made from animal substances for use as chess or draughts pieces; petrified livers and brain tissue, hardened skin and hides, nerve tissue from oxen, etc.”. And yes, he somehow enjoyed incarnating the mad scientist character, especially among his bohemian friends – writers and intellectuals who venerated him. But there was more.

It was necessary to strip away the legend from the man. So, as one of Gorini’s greatest passions was geology, I approached him as if he was a planet: progressing deeper and deeper, through the different layers of crust that make up his stratified enigma.
The outer layer was the one produced by mythmaking folklore, nourished by whispered tales, by fleeting glimpses of horrific visions and by popular rumors. “The Magician”, they called him. The man who could turn bodies into stone, who could create mountains from molten lava (as he actually did in his “experimental geology” public demonstrations).
The layer immediately beneath that unveiled the image of an “anomalous” scientist who was, however, well rooted in the Zeitgeist of his times, its spirit and its disputes, with all the vices and virtues derived therefrom.
The most intimate layer – the man himself – will perhaps always be a matter of speculation. And yet certain anecdotes are so colorful that they allowed me to get a glimpse of his fears and hopes.

Still, I didn’t know why I felt so strangely close to Gorini.

His preparations sure look grotesque and macabre from our point of view. He had access to unclaimed bodies at the morgue, and could experiment on an inconceivable number of corpses (“For most of my life I have substituted – without much discomfort – the company of the dead for the company of the living…”), and many of the faces that we can see in the Museum are those of peasants and poor people. This is the reason why so many visitors might find the Collection in Lodi quite unsettling, as opposed to a more “classic” anatomical display.
And yet, here is what looks like a macroscopic incongruity: near the end of his life, Gorini patented the first really efficient crematory. His model was so good it was implemented all over the world, from London to India. One could wonder why this man, who had devoted his entire life to making corpses eternal, suddenly sought to destroy them through fire.
Evidently, Gorini wasn’t fighting death; his crusade was against putrefaction.

When Paolo was only 12 years old, he saw his own father die in a horrific carriage accident. He later wrote: “That day was the black point of my life that marked the separation between light and darkness, the end of all joy, the beginning of an unending procession of disasters. From that day onwards I felt myself to be a stranger in this world…”
The thought of his beloved father’s body, rotting inside the grave, probably haunted him ever since. “To realize what happens to the corpse once it has been closed inside its underground prison is a truly horrific thing. If we were somehow able to look down and see inside it, any other way of treating the dead would be judged as less cruel, and the practice of burial would be irreversibly condemned”.

That’s when it hit me.


This was exactly what made his work so relevant: all Gorini was really trying to do was elaborate a new way of dealing with the “scandal” of dead bodies.
He was tirelessly seeking a more suitable relationship with the remains of missing loved ones. For a time, he truly believed petrifaction could be the answer. Who would ever resort to a portrait – he thought – when a loved one could be directly immortalized for all eternity?
Gorini even suggested that his petrified heads be used to adorn the gravestones of Lodi’s cemetery – an unfortunate but candid proposal, made with the most genuine conviction and a personal sense of pietas. (Needless to say this idea was not received with much enthusiasm).

Gorini was surely eccentric and weird but, far from being a madman, he was also cherished by his fellow citizens in Lodi, on the account of his incredible kindness and generosity. He was a well-loved teacher and a passionate patriot, always worried that his inventions might be useful to the community.
Therefore, as soon as he realized that petrifaction might well have its advantages in the scientific field, but it was neither a practical nor a welcome way of dealing with the deceased, he turned to cremation.

Redefining the way we as a society interact with the departed, bringing attention to the way we treat bodies, focusing on new technologies in the death field – all these modern concerns were already at the core of his research.
He was a man of his time, but also far ahead of it. Gorini the scientist and engineer, devoted to the destiny of the dead, would paradoxically encounter more fertile conditions today than in the 20th century. It’s not hard to imagine him enthusiastically experimenting with alkaline hydrolysis or other futuristic techniques of treating human remains. And even if some of his solutions, such as his petrifaction procedures, are now inevitably dated and detached from contemporary attitudes, they do seem to have been the beginning of a still pertinent urge and of a research that continues today.

The Petrifier is the fifth volume of the Bizzarro Bazar Collection. Text (both in Italian and English) by Ivan Cenzi, photographs by Carlo Vannini.

 

The Petrifier: The Paolo Gorini Anatomical Collection

 

The fifth volume in the Bizzarro Bazar Collection will come out on February 16th: The Petrifier is dedicated to the Paolo Gorini Anatomical Collection in Lodi.

Published by Logos and featuring Carlo Vannini‘s wonderful photographs, the book explores the life and work of Paolo Gorini, one of the most famous “petrifiers” of human remains, and places this astounding collection in its cultural, social and political context.

I will soon write something more exhaustive on the reason why I believe Gorini is still so relevant today, and so peculiar when compared to his fellow petrifiers. For now, here’s the description from the book sheet:

Whole bodies, heads, babies, young ladies, peasants, their skin turned into stone, immune to putrescence: they are the “Gorini’s dead”, locked in a lapidary eternity that saves them from the ravenous destruction of the Conquering Worm.
They can be admired in a small museum in Lodi, where, under the XVI century vault with grotesque frescoes, a unique collection is preserved: the marvellous legacy of Paolo Gorini (1813-1881). Eccentric figure, characterised by a clashing duality, Gorini devoted himself to mathematics, volcanology, experimental geology, corpse preservation (he embalmed the prestigious bodies of Giuseppe Mazzini and Giuseppe Rovani); however, he was also involved in the design of one of the first Italian crematory ovens.
Introverted recluse in his laboratory obtained from an old deconsecrated church, but at the same time women’s lover and man of science able to establish close relationships with the literary men of his era, Gorini is depicted in the collective imagination as a figure poised between the necromant and the romantic cliché of the “crazy scientist”, both loved and feared. Because of his mysterious procedures and top-secret formulas that could “petrify” the corpses, Paolo Gorini’s life has been surrounded by an air of legend.
Thanks to the contributions of the museum curator Alberto Carli and the anthropologist Dario Piombino-Mascali, this book retraces the curious historic period during which the petrifaction process obtained a certain success, as well as the value and interest conferred to the collection in Lodi nowadays.
These preparations, in fact, are not silent witnesses: they speak about the history of the long-dated human obsession for the preserving of dead bodies, documenting a moment in which the Westerners relationship with death was beginning to change. And, ultimately, they solve Paolo Gorini’s enigma: a “wizard”, man and scientist, who, traumatised at a young age by his father’s death, spent his whole life probing the secrets of Nature and attempting to defeat the decay.

The Petrifier is available for pre-order at this link.

Pestilence, Sacred Trees And A Glass of Tonic Water

I have a soft spot for tonic water. Maybe because it’s the only soda beverage with a taste I never fully understood, impossible to describe: an ambiguous aroma, a strange contrast between that pinch of sugar and a sour vein that makes your palate dry.
Every now and then, during summer evenings, I happen to take a sip on my balcony while I watch the Alban Hills, where the Roman Castles cling to a long-dead volcano. And as I bring the glass to my lips, I can’t help thinking about how strange history of mankind can be.

Kings, wars, crusades, invasions, revolutions and so on. What is the most powerful cause for change? What agent produced the most dramatic long-term modification of human society?
The answer is: epidemics.
According to some historians, no other element has had such a profound impact on our culture, so much so that without the Plague, social and scientific progress as we know it might not have been possible (I wrote about this some time ago). With each stroke of epidemic, the survivors were left less numerous and much richer, so the arts and sciences could develop and flourish; but the plague also changed the history of medicine and its methods.

“Plague” is actually a very generic word, just like “disease”: it was used throughout history to define different kinds of epidemic. Among these, one of the most ancient and probably the worst that ever hit mankind, was malaria.

It is believed that malaria killed more people than all other causes of death put together throughout the entire human history.
In spite of an impressive reduction of the disease burden in the last decade, the World Health Organization estimates that as many as 300 million people are infected by the disease every year. That’s about the size of the entire US population. Of those who fall sick, more than 400,000 die every year, mostly children: malaria claims the life of one child every two minutes.

Malaria takes its name from the Italian words “mala aria”, the bad air one could breathe in the marshes and swamps that surrounded the city of Rome. It was believed that the filthy, smelly air was the cause of the ague. (Giovanni Maria Lancisi suggested in 1712 that mosquitoes might have something to do with the epidemic, but only at the end of the Nineteenth century Sir Ronald Ross, an English Nobel-awarded gentleman, proved that malaria is transmitted by the Anopheles mosquito.)

Back in Medieval Rome, every summer brought back the scourge, and people died by the hundreds. The plague hit indistinctively: it killed aristocrats, warriors, peasants, cardinals, even Popes. As Goffredo da Viterbo wrote in 1167, “When unable to defend herself by the sword, Rome could defend herself by means of the fever”.

Malaria was widespread throughout Europe, Asia, and Africa. Yet, no one knew exactly what it was, nor did they know how to treat it. There was no cure, no remedy.

Well, this is the part that really blows my mind. I cannot shake the feeling that someone was playing a bad joke on us humans. Because, actually, there was a remedy. But the mocking Gods had placed it in a land which had never been attained by malaria. Worse: it was in a land that no one had discovered yet.

As Europe continued to be ravaged by the terrible marsh fevers, the solution was lying hidden in the jungles of Peru.

Enter the Jesuits.
Their first mission in Peru was founded in 1609. Jesuits could not perform medicine: the instructions left by the founder of the order, St Ignatius of Loyola, forbade his followers to become doctors, for they should only focus on the souls of men. Despite being expressly forbidden to practice medicine, Jesuit priests often turned their attention to the study of herbs and plants. Father Agustino Salumbrino was a Jesuit, and a pharmacist. He was among the firsts missionaries in Peru, and he lived in the College of San Pablo in Lima, putting his knowledge of pharmacy to good use as he built what would become the best and biggest pharmacy in the whole New World. Jesuits wanted to convert the natives to Catholicism, but understood that it couldn’t be done by means of force: first they needed to understand the indios and their culture. The native healers, of course, knew all sorts of plant remedies, and the priests took good notice of all this knowledge, picking never-before-seen plants and herbs, recording and detailing their effects.
That’s when they noted that the Indians who lived in the Andes sometimes drank infusions of a particular bark to stop from shivering. The Jesuits made the connection: maybe that bark could be effective in the treatment of marsh fevers.

By the early 1630s Father Salumbrino (possibly with the help of another Jesuit, Bernabé Cobo) decided to send a small bundle of this dried bark back to Rome, to see if it could help with malaria.
In Rome, at the time, there was another extraordinary character: Cardinal Juan De Lugo, director of the pharmacy of the Hospital Santo Spirito. He was the one responsible for turning the pharmacy from an artisan studio to something approaching an industrial production line: under his direction, the apothecary resembled nothing that had gone before it, either in scale or vision. Thousands of jars and bottles. shelves filled with recipes for preparations of medicines, prescriptions for their use and descriptions of illnesses and symptoms. De Lugo would cure the poor, distributing free medicine. When the Peruvian bark arrived in Rome, De Lugo understood its potential and decided to publicize the medicine as much as he could: this was the first remedy that actually worked against the fever.

Peru handing Science a cinchona branch (XVII C. etching).

The bark of the cinchona tree contains 4 different alkaloids that act against the malaria parasite, the most important of which is quinine. Quinine’s secret is that it calms the fever and shivering but also kills the parasite that causes malaria, so it can be used both as a cure and a preventive treatment.

But not everyone was happy with the arrival of this new, miraculous bark powder.

First of all, it had been discovered by Jesuits. Therefore, all Protestants immediately refused to take the medicine. They just could not accept that the cure for the most ancient and deadly of diseases came from their religious rivals. So, in Holland, Germany and England pretty much everybody rejected the cure.
Secondly, the bark was awfully bitter. “We knew it, those Jesuits are trying to poison us!”

But maybe the most violent refusal came from the world of medicine itself.
This might not come as a surprise, once you know how doctors treated malaria before quinine. Many medieval cures involved transferring the disease onto animals or objects: a sheep was brought into the bedroom of a fever patient, and holy chants were recited to displace the ailment from the human to the beast. One cure that was still popular in the seventeenth century involved a sweet apple and an incantation to the three kings who followed the star to Bethlehem: “Cut the apple into three parts. In the first part, write the words Ave Gaspari. In the second write Ave Balthasar, in the third Ave Melchior. Then eat each segment early on three consecutive mornings, and recite three Our Fathers and three Hail Marys”.

Even after the Middle Ages, the medical orthodoxy still blindly believed in Galen‘s teachings. Traditionalists who wanted to preserve the ancient doctrine of Galenic medicine at any cost felt the cinchona bark would overturn their view of the human body – and it was actually going to. According to Galen, fever was a bile-caused disorder: it was not a symptom but a disease in itself. A patient with a high fever was said to be suffering from “fermentation” of the blood. When fermented, blood behaved a little like boiling milk, producing a thick residue that to be got rid of before the patient could recover. For this reason the preferred treatments for fever were bleeding, purging, or both.
But Peruvian bark seemed to be curing the fever without producing any residue. How could it be possible?

The years passed, and the success of the cure came from those who tried it: no one knew why, but it worked. In time, cinchona bark would change the way doctors approached diseases: it would provide one of decisive blows against Galen’s doctrine, and open the door to modern medicine.

A big breakthrough for the acceptance of Jesuits Bark came from a guy named Robert Tabor. Talbor was not a doctor: he had no proper training, he was just a quack. But he managed to become quite famous and fashionable, and when summoned to cure Charles II of England of malaria, he used a secret remedy which he had been experimenting with. It worked, and of course it turned out to be the Jesuits powder, mixed with wine. Charles appointed Talbor as his personal physician much to the fury of the English medical establishment and sent him over to France where he proceeded to cure the King’s son too. Without really realizing it, Talbor had discovered the right way to administrate cinchona bark: the most potent mixtures were made by dissolving the powder into wine — not water — as the cinchona alkaloids were highly soluble in alcohol.

By the end of the 18th century, nearly three hundred ships were arriving in Spanish ports from the Americas every year — almost one each day. One out of three came from Peru, none of which ever failed to carry cinchona bark.

Caventou & Pelletier.

And in 1820, quinine was officially born: two scientists, Pelletier and Caventou, succeeded in isolating the chemical quinine and worked out how to extract the alkaloid from the wood. They named their drug from the original Inca word for the cinchona tree bark, quina or quina-quina, which means “bark of barks” or “holy bark”.

Many other battles were fought for quinine, lives were risked and lost. In the 1840s and 1850s British soldiers and colonials in India were using more than 700 tons of bark every year, but the Spanish had the monopoly on quinine. English and Dutch explorers began to smuggle seeds, and it was the Dutch who finally succeded in establishing plantations in Java, soon controlling the world’s supplies.

During WWII the Japanese occupied Java, and once more men wnt to war over tree bark extract; but fortunately this time a synthetic version of quinine was developed, and for the first time pharmaceutical companies were able to produce the drugs without the need for big plantations.

Troops based in the Colonies all consumed anti-fever, quinine-based pharmaceuticals, like for instance Warburg’s Tincture. This led to the creation, through the addition of soda, of several  QuinineTonic Waters; in 1870 Schweppe’s “Indian Tonic Water” was commercialized, based on the famous carbonated mineral water invented around 1790 by Swiss watchmaker Jacob Schweppe. Indian Tonic Water was specifically aimed at British colonials who started each day with a strong dose of bitter quinine sulphate. It contained citric acid, to dissolve the quinine, and a touch of sugar.

So here I am, now, looking at the Alban Hills. The place where I live is precisely where the dreaded ancient swamps once began; the deadly “bad air” originated from these very lands.
Of course, malaria was eradicated in the 1950s throughout the Italian peninsula. Yet every time I pour myself a glass of tonic water, and taste its bitter quinine flavor, I can’t help thinking about the strange history of mankind — in which a holy tree from across the ocean might prove more valuable than all the kings, wars and crusades in the world.

Most of the info in this post are taken from Fiammetta Rocco, The Miraculous Fever-Tree. Malaria, medicine and the cure that changed the world (2003 Harper-Collins).

Links, curiosities & mixed wonders – 7

Back with Bizzarro Bazar’s mix of exotic and quirky trouvailles, quite handy when it comes to entertaining your friends and acting like the one who’s always telling funny stories. Please grin knowingly when they ask you where in the world you find all this stuff.

  • We already talked about killer rabbits in the margins of medieval books. Now a funny video unveils the mystery of another great classic of illustrated manuscripts: snail-fighting knights. SPOILER: it’s those vicious Lumbards again.
  • As an expert on alternative sexualities, Ayzad has developed a certain aplomb when discussing the most extreme and absurd erotic practices — in Hunter Thompson’s words, “when the going gets weird, the weird turn pro“. Yet even a shrewd guy like him was baffled by the most deranged story in recent times: the Nazi furry scandal.
  • In 1973, Playboy asked Salvador Dali to collaborate with photographer Pompeo Posar for an exclusive nude photoshoot. The painter was given complete freedom and control over the project, so much so that he was on set directing the shooting. Dali then manipulated the shots produced during that session through collage. The result is a strange and highly enjoyable example of surrealism, eggs, masks, snakes and nude bunnies. The Master, in a letter to the magazine, calimed to be satisfied with the experience: “The meaning of my work is the motivation that is of the purest – money. What I did for Playboy is very good, and your payment is equal to the task.” (Grazie, Silvia!)

  • Speaking of photography, Robert Shults dedicated his series The Washing Away of Wrongs to the biggest center for the study of decomposition in the world, the Forensic Anthropology Center at Texas State University. Shot in stark, high-contrast black and white as they were shot in the near-infrared spectrum, these pictures are really powerful and exhibit an almost dream-like quality. They document the hard but necessary work of students and researchers, who set out to understand the modifications in human remains under the most disparate conditions: the ever more precise data they gather will become invaluable in the forensic field. You can find some more photos in this article, and here’s Robert Shults website.

  • One last photographic entry. Swedish photographer Erik Simander produced a series of portraits of his grandfather, after he just became a widower. The loneliness of a man who just found himself without his life’s companion is described through little details (the empty sink, with a single toothbrush) that suddenly become definitive, devastating symbols of loss; small, poetic and lacerating touches, delicate and painful at the same time. After all, grief is a different feeling for evry person, and Simander shows a commendable discretion in observing the limit, the threshold beyond which emotions become too personal to be shared. A sublime piece of work, heart-breaking and humane, and which has the merit of tackling an issue (the loss of a partner among the elderly) still pretty much taboo. This theme had already been brought to the big screen in 2012 by the ruthless and emotionally demanding Amour, directed by Michael Haneke.
  • Speaking of widowers, here’s a great article on another aspect we hear very little about: the sudden sex-appeal of grieving men, and the emotional distress it can cause.
  • To return to lighter subjects, here’s a spectacular pincushion seen in an antique store (spotted and photographed by Emma).

  • Are you looking for a secluded little place for your vacations, Arabian nights style? You’re welcome.
  • Would you prefer to stay home with your box of popcorn for a B-movies binge-watching session? Here’s one of the best lists you can find on the web. You have my word.
  • The inimitable Lindsey Fitzharris published on her Chirurgeon’s Apprentice a cute little post about surgical removal of bladder stones before the invention of anesthesia. Perfect read to squirm deliciously in your seat.
  • Death Expo was recently held in Amsterdam, sporting all the latest novelties in the funerary industry. Among the best designs: an IKEA-style, build-it-yourself coffin, but above all the coffin to play games on. (via DeathSalon)
  • I ignore how or why things re-surface at a certain time on the Net. And yet, for the last few days (at least in my whacky internet bubble) the story of Portuguese serial killer Diogo Alves has been popping out again and again. Not all of Diogo Alves, actually — just his head, which is kept in a jar at the Faculty of Medicine in Lisbon. But what really made me chuckle was discovering one of the “related images” suggested by Google algorythms:

Diogo’s head…

…Radiohead.

  • Remember the Tsavo Man-Eaters? There’s a very good Italian article on the whole story — or you can read the English Wiki entry. (Thanks, Bruno!)
  • And finally we get to the most succulent news: my old native town, Vicenza, proved to still have some surprises in store for me.
    On the hills near the city, in the Arcugnano district, a pre-Roman amphitheatre has just been discovered. It layed buried for thousands of years… it could accomodate up to 4300 spectators and 300 actors, musicians, dancers… and the original stage is still there, underwater beneath the small lake… and there’s even a cave which acted as a megaphone for the actors’ voices, amplifying sounds from 8 Hz to 432 Hz… and there’s even a nearby temple devoted to Janus… and that temple was the real birthplace of Juliet, of Shakespearean fame… and there are even traces of ancient canine Gods… and of the passage of Julius Cesar and Cleopatra…. and… and…
    And, pardon my rudeness, wouldn’t all this happen to be a hoax?


No, it’s not a mere hoax, it is an extraordinary hoax. A stunt that would deserve a slow, admired clap, if it wasn’t a plain fraud.
The creative spirit behind the amphitheatre is the property owner, Franco Malosso von Rosenfranz (the name says it all). Instead of settling for the traditional Italian-style unauthorized development  — the classic two or three small houses secretely and illegally built — he had the idea of faking an archeological find just to scam tourists. Taking advantage of a license to build a passageway between two parts of his property, so that the constant flow of trucks and bulldozers wouldn’t raise suspicions, Malosso von Rosenfranz allegedly excavated his “ancient” theatre, with the intention of opening it to the public at the price of 40 € per visitor, and to put it up for hire for big events.
Together with the initial enthusiasm and popularity on social networks, unfortunately came legal trouble. The evidence against Malosso was so blatant from the start, that he immediately ended up on trial without any preliminary hearing. He is charged with unauthorized building, unauthorized manufacturing and forgery.
Therefore, this wonderful example of Italian ingenuity will be dismanteled and torn down; but the amphitheatre website is fortunately still online, a funny fanta-history jumble devised to back up the real site. A messy mixtre of references to local figures, famous characters from the Roman Era, supermarket mythology and (needless to say) the omnipresent Templars.


The ultimate irony is that there are people in Arcugnano still supporting him because, well, “at least now we have a theatre“. After all, as the Wiki page on unauthorized building explains, “the perception of this phenomenon as illegal […] is so thin that such a crime does not entail social reprimand for a large percentage of the population. In Italy, this malpractice has damaged and keeps damaging the economy, the landscape and the culture of law and respect for regulations“.
And here resides the brilliance of old fox Malosso von Rosenfranz’s plan: to cash in on these times of post-truth, creating an unauthorized building which does not really degrade the territory, but rather increase — albeit falsely — its heritage.
Well, you might have got it by now. I am amused, in a sense. My secret chimeric desire is that it all turns out to be an incredible, unprecedented art installations.  Andthat Malosso one day might confess that yes, it was all a huge experiment to show how little we care abot our environment and landscape, how we leave our authenticarcheological wonders fall apart, and yet we are ready to stand up for the fake ones. (Thanks, Silvietta!)

The Carney Landis Experiment

Suppose you’re making your way through a jungle, and in pulling aside a bush you find yourself before a huge snake, ready to attack you. All of a sudden adrenaline rushes through your body, your eyes open wide, and you instantly begin to sweat as your heartbeat skyrockets: in a word, you feel afraid.
But is your fear triggering all these physical reactions, or is it the other way around?
To make a less disquieting example, let’s say you fall in love at first sight with someone. Are the endorphines to be accounted for your excitation, or is your excitation causing their discharge through your body?
What comes first, physiological change or emotion? Which is the cause and which is the effect?

This dilemma was a main concern in the first studies on emotion (and it still is, in the field of affective neurosciences). Among the first and most influential hypothesis was the James-Lange theory, which maintained the primacy of physiological changes over feelings: the brain detects a modification in the stimuli coming from the nervous system, and it “interprets” them by giving birth to an emotion.

One of the problems with this theory was the impossibility of obtaining clear evidence. The skeptics argued that if every emotion arises mechanically within the body, then there should be a gland or an organ which, when conveniently stimulated, will invariably trigger the same emotion in every person. Today we know a little bit more of how emotions work, in regard to the amygdala and the different areas of cerebral cortex, but at the beginning of the Twentieth Century the objection against the James-Lange theory was basically this — “come on, find me the muscle of sadness!“

In 1924, Carney Landis, a Minnesota University graduate student, set out to understand experimentally whether these physiological changes are the same for everybody. He focused on those modifications that are the most evident and easy to study: the movement of facial muscles when emotion arises. His study was meant to find repetitive patterns in facial expressions.

To understand if all subjects reacted in the same way to emotions, Landis recruited a good number of his fellow graduate students, and began by painting their faces with standard marks, in order to highlight their grimaces and the related movement of facial muscles.
The experiment consisted in subjecting them to different stimuli, while taking pictures of their faces.

At first volunteers were asked to complete some rather harmless tasks: they had to listen to jazz music, smell ammonia, read a passage from the Bible, tell a lie. But the results were quite discouraging, so Landis decided it was time to raise the stakes.

He began to show his subjects pornographic images. Then some medical photos of people with horrendous skin conditions. Then he tried firing a gunshot to capture on film the exact moment of their fright. Still, Landis was having a hard time getting the expressions he wanted, and in all probability he began to feel frustrated. And here his experiment took a dark turn.

He invited his subjects to stick their hand in a bucket, without looking. The bucket was full of live frogs. Click, went his camera.
Landis encouraged them to search around the bottom of the mysterious bucket. Overcoming their revulsion, the unfortunate volunteers had to rummage through the slimy frogs until they found the real surprise: electrical wires, ready to deliver a good shock. Click. Click.
But the worst was yet to come.

The experiment reached its climax when Landis put a live mouse in the subject’s left hand, and a knife in the other. He flatly ordered to decapitate the mouse.
Most of his incredulous and stunned subjects asked Landis if he was joking. He wasn’t, they actually had to cut off the little animal’s head, or he himself would do it in front of their eyes.
At this point, as Landis had hoped, the reactions really became obvious — but unfortunately they also turned out to be more complex than he expected. Confronted with this high-stress situation, some persons started crying, others hysterically laughed; some completely froze, others burst out into swearing.

Two thirds of the paricipants ended up complying with the researcher’s order, and carried out the macabre execution. In any case, the remaining third had to witness the beheading, performed by Landis himself.
As we said, the subjects were mainly other students, but one notable exception was a 13 years-old boy who happened to be at the department as a patient, on the account of psychological issues and high blood pressure. His reaction was documented by Landis’ ruthless snapshots.

Perhaps the most embarassing aspect of the whole story was that the final results for this cruel test — which no ethical board would today authorize — were not even particularly noteworthy.
Landis, in his Studies of Emotional Reactions, II., General Behavior and Facial Expression (published on the Journal of Comparative Psychology, 4 [5], 447-509) came to these conclusions:

1) there is no typical facial expression accompanying any emotion aroused in the experiment;
2) emotions are not characterized by a typical expression or recurring pattern of muscular behavior;
3) smiling was the most common reaction, even during unpleasant experiences;
4) asymmetrical bodily reactions almost never occurred;
5) men were more expressive than women.

Hardly anything that could justify a mouse massacre, and the trauma inflicted upon the paritcipants.

After obtaining his degree, Carney Landis devoted himself to sexual psychopatology. He went on to have a brillant carreer at the New York State Psychiatric Institute. And he never harmed a rodent again, despite the fact that he is now mostly remembered for this ill-considered juvenile experiment rather than for his subsequent fourty years of honorable research.

There is, however, one last detail worth mentioning.
Alex Boese in his Elephants On Acid, underlines how the most interesting figure of all this bizarre experiment went unnoticed: the fact that two thirds of the subjects, although protesting and suffering, obeyed the terrible order.
And this percentage is in fact similar to the one recorded during the infamous Milgram experiment, in which a scientist commanded the subjects to inflict an electric shock to a third individual (in reality, an actor who pretended to receive the painful discharge). In that case as well, despite the ethical conflict, the simple fact that the order came from an authority figure was enough to push the subjects into carrying out an action they perceived as aberrant.

The Milgram experiment took place in 1961, almost forty years after the Landis experiment. “It is often this way with experiments — says Boese — A scientis sets out to prove one thing, but stumbles upon something completely different, something far more intriguing. For this reason, good researchers know they should always pay close attention to strange events that occur during their experiments. A great discovery might be lurking right beneath their eyes – or beneath te blade of their knife.“

On facial expressions related to emotions, see also my former post on Guillaume Duchenne (sorry, Italian language only).

Mirages

All that we see or seem
Is but a dream within a dream.
(E.A. Poe)

∼ Inferior Mirages ∼

Very hot air close to the ground, colder air above. Light rays refracted from distant objects get deviated by the column of scorching air moving upwards. Here is the classical mirage of Sahara Bedouins, fresh oasis among the dunes and water poodles where there is nothing but dusty desert.

A mirage which is bound to also haunt another kind of nomad, the soul who cannot help but travel because he’s a victim of the highway blues, and he knows all too well that the tarmac road might look wet under the torrid sun.

The more we get close to it, the more the illusion vanishes. We hurry towards the much coveted water to find it was mere deceit; and all our hurrying did was worsen our thirst. “If a mirage were water, why is water not seen by those nearby? – Nāgārjuna asked – The way this world is seen as real by those afar is not so seen by those nearby for whom it is signless like a mirage“. Maybe we too will be soon close enough to the truth to realize it is an illusion.

∼ Superior Mirages∼

The ocean liner, in the dark night brightened only by the stars, eased out majestically on the water. Aboard, feasting passengers: on the horizon, a strange mist. Reginald Lee was on watch:

A clear, starry night overhead, but at the time of the accident there was a haze right ahead, […] in fact it was extending more or less round the horizon. There was no moon.

A dark mist, a vague tremor just above the horizon, but too far away to seem like a menacing sign. Then, from the nothingness of that fog, without warning, like a giant bursting on the scene from a funeral curtain, came the huge milky silhouette.

It was a dark mass that came through that haze and there was no white appearing until it was just close alongside the ship.

It looks like it might have gone that way: the Titanic probably sank due to a mirage. The mountain of ice remained hidden until the very last moment inside the sidereal light, which had been bended by the cold of the sea.

Ironically, this was the same kind of mirage which gave another ship, albeit fantastic, an eternal and persistant place in sailors’ fantasies. The immortal Flying Dutchman, floating over the ocean waves, perhaps owes his legend to the illusion called “superior mirage”. Superior, because its phantasmagoria appears above the horizon, and sometimes ships sailing beyond the Earth’s curve, which we shouldn’t be able to see, look like they are suspended in mid air.


Like mountaineers, who fear and respect the mountain, the people of the sea knew a secret which escaped the mainland inhabitants. They were aware of the insidious nature of water, they knew all about whirlpools always ready to gape unexpectedly, about the visions, the magical fires up on the mast, the terrible twin monsters waiting for ships to pass in the narrow strip between Sicily and Calabria.

∼ Fata Morgana ∼

It is right on the Straits of Messina that the Castle in the Sky is sometimes spotted, home to the Enchantress, cruel sister of Arthur son of Pendragon. The witch’s magical arts make the winged castle visible both from the coast of the island and from the opposite shore. Many believed they could conquer its trembling stronghold, and drowned.

Thus Morgan le Fay, “Fata Morgana”, gave her name to the rarest among superior mirages, capable of blending together three or more layers of inverted and distorted objects, in a constantly changing visual blur. The ultimate mirage, where nothing is what it seems; impossible apparitions of distant gloomy towers, enchanted cities, ghost forests. The horizon is not a promise anymore, but a mocking imposture.

∼ The Mirage of Everything ∼

Once upon a time, I, Chuang Chou, dreamt I was a butterfly, fluttering hither and thither, to all intents and purposes a butterfly. I was conscious only of my happiness as a butterfly, unaware that I was Chou. Soon I awaked, and there I was, veritably myself again. Now I do not know whether I was then a man dreaming I was a butterfly, or whether I am now a butterfly, dreaming I am a man.

What Zhuangzi is not considering is the possibility that both him and the butterfly might be a dream: someone else’s dream.
Quantum physicists, who are the modern poets, mystics, artists, suggest ours could potentially be a holographic cosmos. According to some scientists, the whole universe might be a simulacrum, a sophisticated simulation (atoms-pixels), us being the characters who little by little are realizing they’re part of a game. Galileo’s method is now teaming up with the opium eaters’ lucid hallucinations, and math itself seems to tell us that “life is but a dream“.

Among the supporters of the hypothesis of the universe being an elaborate fiction inside an alien algorythm, there is a controversial, visionary innovator who is trying to keep us safe from the dangers of strong AI. His inconceivable plan: to fuse our cerebral cortexes with the Net, forever freeing us from the language virus and, in time, reprogramming  our already obsolete bodies from the inside. Mutate or die!
And this mutation is going  to happen, rest assured, not in two hundred years, but in the next ten or fifteen.

Today we take a look around, and all we see is mirage.
For thousands of years philosophers have been discussing the Great Dream, but never before the veil of Maya has been so thin, so close to be torn at any moment.
What does it mean for us to accept the possible unreality of everything? Does it entail an absolute relativism, does it mean that killing is nothing serious after all, that nothing has value? Weren’t Hassan-i Sabbāh‘s last words “nothing is true, everything is permitted”?
[Old Uncle Bill smiles slyly from his parallel universe, surrounded by seductive centipede-boys.]
Are we instead to understand mirage as a liberation? Because death will finally turn out to be that “passage” every enlightened guru told us about, and this is not the true world? But does a true world really exist? Or is it just another mirage within a mirage?

Zhuangzi, the butterfly man, again:

All the while, the stupid believe they are awake, busily and brightly assuming they understand things, calling this man ruler, that one herdsman — how dense! Confucius and you are both dreaming!  It is a dream even for me to say that you are dreaming.

(Thanks, Bruno!)