Falco Riot and Octyl Fora Go Missing

Falco Riot, creator of Octyl Fora perfume, described the effect of his fragrant creation with a stale, twentieth century trope, “with Octyl Fora you're transformed into a living philter.” 

When questioned about the ingredients used in the AI-generated fragrance, Riot exhaled an aloof sigh, detaching himself from the question with another query in an attempt to appear avant-garde.

 “We're all made of memory and metaphor, wouldn't you say?” 

Eight months later, everyone who attended the Octyl Fora fragrance launch went missing, including Riot. Ten drums containing Octyl Fora concentrate, stored in an obscure warehouse district in the city, also disappeared. 

The team responsible for collecting evidence cracked the numeric code on the warehouse door. The numbers spelled “it smells" using an A1Z26 cipher. 9*20*19*13*5*12*12*19.

They should have known better. The code wasn’t a barrier; it was an invitation. 

Investigators examined surfaces in the empty, temperature-controlled room where drums of fragrance concentrate were stored. Handheld sensors analyzed walls, floors, cabinets and doors. 

Each device lost power after four attempts to read a surface. None of them detected an unusual compound before they stopped working. 

Clary Otafo, who'd worked with the team for 10 years, looked at his colleagues and rolled his eyes. 

“Emperor's new clothes, eh?” 

His eyes kept rolling. A low hiss escaped between his teeth. He fell to the floor and stopped breathing. A translucent vapor rose up from the floor and outlined his body like a chalk mark.

Ray Focolt, the youngest member of the team, closed the warehouse door as his colleagues fled ahead of him. The knob was ice-cold and stuck to his palm before the latch bolt released, and he could relax his grip. 

By the time he got into his car, Focolt barely remembered moving one foot in front of the other to get there. That’s when he noticed a strange feeling in his right hand, the same hand that closed the warehouse door. 

The skin of his palm was slightly raised in a quarter-shaped circle at the center. In the middle of the circle there was a line drawing of a nose. An angled slash ran through it. 

Focolt blinked a few times and looked at his palm in disbelief. 

The car seat next to him sank in the center. The impression was punctuated by a decompressing squeak of leather. Focolt was too busy looking at his hand to notice.

The image on his palm faded into itself and shimmered as it disappeared. He was about to start the car when he sensed someone breathing next to him.

“I know you can’t smell, Ray.” 

“What the hell?!” 

The radio turned on. Digital numbers veered left of the dial and stopped at the sound of John Lennon’s voice: 

 

We're playing those mind games together,

Pushing the barrier, planting seed. 

Playing the mind guerrilla,

Catching the mantra "peace on earth".

We all been playing those mind games forever, 

Some kind of Druid dude, lifting the veil. 

Doing the mind guerrilla, 

Some call it magic, the search for the grail. 

The radio went silent at “grail” as the passenger side door opened with a slow deliberate creak.

“Until we meet again, Ray. I have a little something to tell you.” 

Focolt shut the door, turned on the ignition, and sped off. He never got ticketed for running four red lights in a row on his way home. He didn’t get much sleep that night either.

Notes & Curiosities:

Artificial intelligence and perfumery were explored in a 2014 post titled "The Unstoppered Bottle of Perfume". "Falco Riot and Octyl Fora Go Missing" is infused with a 2024 ethos and hints of science fiction. The story is an intentional fragment. I'm formulating a scent to go along with it for a future Smell & Tell program at the Ann Arbor District Library. 

There are non-fictive elements in "Falco Riot and Octyl Fora Go Missing," one of which is the use of handheld sensors. They exist in real life and are rapidly improving. Portable spectroscopy allows samples to be taken in the field versus the lab. Curious? Get all the nerdy details here.

Stink, Stank, Smellmatize (Eau Ferula)!

Wheel of aromatic ferula resins or secret stink device?

Teaching people how to evaluate the smell of an unknown material on a perfume blotter requires trust and a sense of adventure. This is true for novices and experienced attendees at Smell & Tell in Ann Arbor, which was highly evident at a recent AI-themed program.

The sense of apprehension that’s experienced before blind smelling an odorant is a reminder of the underlying purpose of smell, which is to protect us from danger (and encourage behaviors that lead to survival like eating, and sniffing out desirable qualities in a mate).

Hemulen, a character in Tove Jansson's Moomins series, gave up stamp collecting for botany. You can smell his tabula rasa mindset. 

Blind smelling requires a tabula rasa mindset, so you can sense the character of a thing. It's not about whether you love or hate a smell. The smell exists irrespective of your opinion of it. Your job, in real life and at Smell & Tell, is to interpret what your brain is interpreting through your nose. 

The tendency to seek visual proof for non-visual sense objects gets in the way of being fully present for an experience. Smells that are polarizing are challenging to evaluate, but it's important to give smells a chance because what you notice at first sniff changes as it evaporates—and some smells transform in fascinating ways.

Once in a while, I throw a polarizing nose surprise into a Smell & Tell lecture that pushes a contextually relevant button. It’s not done for the sake of theater (a mixed chorus of "icks" and expletives that are the inevitable result of encountering something less than pleasant). 

"Green Wheat Fields, Auvers" by Vincent Van Gogh

When attendees experience a shapeshifting smell from start to finish, they're more than surprised; they're elated. This reaches beyond the fact that the fragrance blotter no longer smells unpleasant. It's proof that patience is worth the time it takes to understand the essence of a thing—because you might learn something new. 

Case in point. A two-year old asafoetida tincture was smelled at Smell & Tell: AI, Machine Learning & Smells last month. The material, which was the sixth and final material in the scent flight, had a nose wrinkling reputation with a twist. Attendees were in for a surprise after class.

The smell in Asafoetida that reminds humans of sulfur, garlic, and onions changes over time. This particular tincture possessed more than the balsamic vanilla drydown noted by Steffen Arctander. It smelled sweet, citrusy, floral-rosy, musky, powdery, orris-like, and citrusy (lemon).

This, dear reader, explains the wheel of ferula resins that accompanies this post. They are part of a tincturing project that informs a future Smell & Tell lecture on the ferula family of scents. I was inspired by an email I received from author Alex Kourvo who attended last month's event. The subject line read “What is this magic?” and continued with:

Smell and Tell was sooooo fun on Wednesday! All the smells were interesting and as always, I felt like my brain grew two sizes. I was amazed that the blotter that had asafoetida on it smelled so much better the second day! I almost threw it away instead of taking it home because it smelled so awful at first. But on day two, it was almost like a perfume. And on day three, it's still pleasant. How. How. How?

Alex's question is an important one that resonates with comments from other attendees who've attended Smell & Tell at the Ann Arbor District Library since it’s inception in 2012. Humans generally don't expect something beautiful from something that smells unpleasant, but it's possible. That's an experience worth holding onto.

Notes:

Asafoetida was used at Smell & Tell to make a point about avoiding cow pies regarding Artificial Intelligence (AI), human olfaction and neurology. The term “AI" is frequently substituted for "machine learning" by startups on the AI bandwagon. Don't believe the hype. 

Smelling tinctured resins comprises half of the method I use to evaluate scents (the way I was trained a la perfumery). I use a thermostatically controlled incense heater to experience smells that resins release into the air over time as this enjoins perfumery's predecessors; medicine and incense. 

Image of Die Wachauer Nase By Schurdl (CC). The sculpture, one of a series of nose sculptures in Austria, was organized by the Gelitin art collective.

Smell & Tell Event | AI, Machine Learning and Smells!

Spock smells "the spores" and sees the future.

Smell & Tell | AI, Machine Learning and Smells! 

Date: Wednesday, September 20, 2023 

Time: 5:30PM-7:30PM 

Location: Ann Arbor District Library (Downtown) 

Address: 343 S 5th Ave, Ann Arbor, MI 48104 

Phone: 734-327-4200

You really need to think like a Vulcan when it comes to prognostication and AI. The future is unknown and as such is subject to fantasy, ideology and cow pies. This is especially true of the intersection of smell, machine learning, and artificial intelligence. 

Machines that analyze smells aren't new. The pairing of Gas Chromatography with Mass Spectrometry (GC-MS) was demonstrated in 1955-56 by Dow scientists in Midland, Michigan. The technology, which is used to analyze individual components of complex mixtures in analytical chemistry labs, continues to evolve. 

We'll explore eclectic smell terrain and collectively follow our nose to get a better understanding of how humans evaluate smells against the capacity of machines that analyze complex mixtures and their components. 

The Smell and Tell series of art+science programming is led by Michelle Krell Kydd, a trained nose in flavors and fragrance who shares her passion for gastronomy, sensory evaluation and the perfume arts on Glass Petal Smoke. Smell & Tell builds community through interactions with flavor, fragrance and storytelling. 

Notes:

Nose-forward reading for this Smell & Tell program:

More than meets the AI: The possibilities and limits of machine learning in olfaction by Ann Sophie Barwich and Elizabeth A. Lloyd (2022)

Gas Chromatography - Mass Spectrometry via Dow, Inc. and the American Chemical Society.