joseph konig’s orange curacao (1879)

in a post way back in 2010, i published some numbers gleaned from a 19th century book on separation science.  among them were proportions for an orange curacao.

koseph konig dissected the curacao of the day and reported this: curacao 1.0300 s/g, 55% alc. by volume,  285.0 g/l sugar

the orange liqueur studied has significantly more alcohol than present day products and somewhat more sugar (the ending contains a surprise about the sugar content so read on).

285 g/l of sugar has a dissolved volume of about 190ml

this means that for the spirit to end up at 55%, it has to start at 68%

the alcohol and sugar content are easy to hit, but the tricky thing is the amount of aroma.  konig provides additional information like the amount of extract minus the sugar (sometimes called dry extract) and the mineral content.  these figures may be used to extrapolate the amount of aroma in the product, but i haven’t yet figured out how to put them to use.

liqueurs of the day were often graded and the highest grades had the highest alcohol and sugar contents.  the highest grades likely also had the highest dissolved aroma contents.  these grand cru products likely were not intended for use the way we do today which would be why they were typically only used in dashes.

to illustrate:

if you made a 2:1:1 side car with konig’s curacao it would taste like Tang brand fake juice because there would be too much aroma.

1.5 oz. cognac

.75 oz. 19th century curacao

.75 oz. lemon juice

the orange aroma in this recipe would overshadow the cognac, drastically dominating the overtone produced, while the modern products of today are designed to produce a more evenly distributed overtone with modern proportions.

drinks of the 19th century looked more like this brandy cocktail from the bon vivants companion:

3 or 4 dashes of gum syrup

2 do. bitters (bogarts)

1 wine-glass brandy

1 or 2 dashes of curacao

squeeze lemon peel;

the aroma of the curacao is diluted by the gum syrup so as not to dominate the brandy and bitters.  because the aroma of liqueurs was likely so intense, back then, the dash was a more important measure.

to give a grand cru level of orange aroma for konig’s recipe, i would recommend the peels of 12 randomly selected dominican sour oranges per liter (del pueblo).  random selection is based not so much on size, but of color and surface texture of the peels.  the idea is that a combination or aroma expressions will lead to extra ordinary aromatic tonality.  the still should be stopped before the temperature gets too high so as not to produce a cloudy distillate.  such a high alcohol content makes it a challenge to dissolve the sugar by simply stirring, so warming the liqueur in a sealed canning jar is a nice trick to speed up the process.

recipe #188 of the Bon Vivants Companion is for an English curacao and the author (jerry thomas) recommends clarifying the liqueur with alum and carbonate of potash to render it clear mimicking the distilled products of the era from France.

the curacao that Konig examined in the 19th century might have also been clear and therefore the product of simple distillation like the recipe implied above.

executing the recipe reveals something very interesting about the sugar content.  a small portion of rock candy sugar crystals form at the bottom indicating that the solution was super saturated (hence needing heat to dissolve the sugar).  alcohol cannot hold as much sugar in solution as water so as the alcohol contents rise, the solubility of sugar decreases.  the alcohol contents of 19th century liqueurs was very high and their sugar contents likely could have been pushed to the maximum of solubility.  this means that 19th century benedictine and chartreuse likely had as much sugar in them as their high alcohol contents could hold.

as interesting as experiencing history is, i hate bar tending by the dash.  these liqueurs read romantically, but (if i’m correct on the aroma level) are garish and baroque.  oh well, onto the next project…

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a theory of wine-food interaction

unraveling the nature of wine pairings is tricky stuff.  i’m sort of out of the game because i do not work with a tasting menu anymore (or even a changing menu for that matter).  when this blog started i had posted quite a few accounts of pairing wines with certain dishes.  we did quite a lot of tasting menus back at dante and i was fortunate to do a lot of eating and drinking of them.
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at various times in the past i’ve mentioned some ideas that governed the mechanics of food and wine interaction such as sensory after images (they are harnessed for many magic tricks) and the change in contrast detection exploited by “black art” theater.
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i’ve also discussed reward systems (read this Wired.com article first) that govern the construction of our reality when perceiving food.  for example, sweetness can suppress the perception of bitterness when experienced at the same time.  bitterness is seen by the body as a negative and is therefore harmonically dissonant (a taste for bitterness can be acquired, of course and my theory is that the acquiring of something so attentional is related to anxiety).  if you tasted campari before it was sweetened you would probably spit it out, but after campari is sweetened, the perception of bitterness changes markedly.  our body’s reward system recognizes that though bitter, campari is also redeemingly sweet and therefore nutritious which is why it constructs reality in way that makes the bitterness less dissonant.
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at times food & beverage interactions seem like black art theater (watch the video linked above) where comparisons between flavor divisions result in changes in contrast detection among other divisions (harmonically or inharmonically) while at other times interactions seems like they are governed by nutritional preference or warnings.
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it might be possible to classify reactive pairings in two ways: nutritional preference pairings and “black art” contrast pairings. it is useful to revisit Dorneburg and Pages amazing text on wine pairing “what to drink with what you eat” and consider these two divisions.
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why does a dessert wine always have to be sweeter than a dessert? when pairing dessert wines with sweet foods, we want nutritional preference to go to the dessert wine, therefore it needs to be slightly sweeter.  if the wine is not as sweet, reality will be constructed to show preference for the food and the dessert wine will be presented to the mind as thinner and stripped away of its richness.
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“with a simple apple dessert like apple pie, sauternes is a soft and sweet accompaniment.  but if you serve the same apple pie with caramel sauce, it makes the wine taste flat. -Madeline Triffon  from “what to drink with what you eat” a.k.a. “WTDWWYE”
Madeline’s results may be because the caramel sauce is sweeter than the wine and our reward system favors it over the sauternes.
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“having birthday cake or wedding cake with a brut champagne toast is horrifying! if the dessert is sweeter than the wine, it makes the wine taste drier.  my favorite all-purpose sweet wine is moscato d’asti.” -Madeline Triffon from WTDWWYE
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let us consider another scenario: port can come after bitter chocolate, but black espresso which is also bitter like the chocolate cannot come after port.  nutritional preference will dictate how reality is constructed and the second stimulus will either be flattered and harmonically enhanced or ridiculed by the mind.  when black espresso is consumed after something sweet and more nutritious, the bitterness is dramatically emphasized in our construction of reality.
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our body warns us of all sorts of things with its construction of reality, but why? some seem so innocent.
why does increasing temperature lower the threshold of perception of alcohol making it more apparent in hot drinks?
why does lowering temperature such as chilling a red wine, lower the threshold of perception of tannin?  the same happens when intensely oaked whiskeys are chilled. what are we being warned about?
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pairings related to black art style changes in contrast detection might not work the same as pairings related to nutritional preference (i’m rethinking this because nutritional preference seems to always linger).
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the black on black of black art contrast pairings is typically the greatest attentional feature common to both the food and the beverage.  in the case of wine and food that feature is typically acidity while in the case of dark chocolate and espresso that feature is bitterness.  scanning through WTDWWYE, most all the highest regarded pairings are related to matching acidity.  when the major attentional feature is matched, contrast detection between other features is augmented and they are “elevated”.  In best case scenarios an aroma from the food is “brought back into focus” and seemingly superimposed over the wine.  Typically foods that do this have a significant sensory after image which may prove related to nutritional value.
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**** i will analyze these when i get around to it…
holy grail pairings to ponder from WTDWWYE:
almonds : manzanilla sherry
asparagus : sauvignon blanc
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ribs : zinfandel the sauce on ribs often has sugar, but the illusion of sweetness in the aroma of the zinfandel might be enough to create nutritional preference in the wine.
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biscotti : vin santo
cassoulet : tannic red wine
caviar : champagne
ceviche : sauvignon blanc
charcuterie : beaujolais
fresh goat cheese : sancerre
muenster cheese : gewurztraminer (esp. low-acid fruity)
roquefort blue cheese : sauternes
stilton british cow’s milk blue : barley wine
chocolate : banyul’s or port
choucroute (sauerkraut) : alsatian reisling or german kabinett
clams : muscadet
corn : chardonnay, buttery oaky california
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crab : riesling, esp. german kabinett or spatlese crab is often referred to in language as “sweet” and often dressed up in very nutritious butter, so a reisling like a sweet spatleses might be needed to induce a simple nutritional preference pairing.
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foie gras : sauternes this could be a simple nutritional preference pairing where the reward for sweetness trumps the reward for fat.  the reward for the sauterns could only be slightly greater than that of the fatty foie gras making the experiences not feel particularly distant.
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olives : sherry, esp. fino, manzanilla or amontillado the most prominent attentional feature of both could either be acidity if the olives are fermented or olfactory umami created by the esterifcation of fatty acids.  upon fermenting olives take on an aroma like sausages and sherry is known for its “rancio” character.
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oysters : chablis the most prominent attentional feature of both can be acidity if minionette or lemon juice are added to the oysters resulting of a change in contrast detection in the aroma of the wine.  the chablis may also get associated with the lingering salinity (after image?) and therefore enhanced by our reward system.
salt? p. 164
does any of this conform to anybody else’s experiences?
Posted in Wine Pairings, communication, sensory science, wine | Tagged , , , , , , | 1 Comment

instant aging: vacuum reduction yields barrel “bouillion” cubes

after dissecting many spirits i’ve come to realize that the vast majority of sensory attributes that a barrel contributes to a spirit are not volatile at the boiling points of ethanol and water.  what this means is that we can remove the volatile constituents and end up with dried barrel essence.  we can then introduce a solvent such as an un-aged fruit brandy or aromatic bitters and synthesize the character of barrel aging.

vacuum reduction is a great tool for reducing a barrel aged spirit such as bourbon down to a dried powder because it reduces the boiling point of water enough that the flavor compounds will be as uneffected by heat as possible during evaporation (no “process volatiles”).  my vacuum reduction rig is a comeau vacuum aspirator (acquired for $75!) attached to a vacuum flask ($15) heated by a hot plate (a stove on low with a double boiler might substitute well).  a double boiler always needs to be used because when you run out of water, the solids will scorch instantly.  if your solids clump when you try and reconstitute them, they got scorched.

the cost of this process is essentially the cost in bourbon of the volume you want to artificially age.  for example one ounce of bourbon is sacrificed for every one ounce of peach brandy you want to treat.  an ounce of bourbon from a handle of evan williams costs about fifty cents.

for the proof of concept 100ml of old granddad was reduced to powder and then the barrel essence was reconstituted with Kuchan brand Indian Blood Peach brandy.  the results are very impressive with the un-aged spirit tasting very much aged.  i never really enjoyed the un-aged peach brandy previously, because it seemed to resemble bubble gum, but the barrel essence seems to add attributes that push the ordinary into the extraordinary.

and this is all legal…! people are willing to spend tons of money reducing campari to powder to rim a glass.  this is significantly cheaper (after you spent $100 on some used lab equipment) and probably much more interesting on a sensory level.

cheers!

Posted in Whiskey, distillation | Tagged , , , , | 4 Comments

DIY barrel proof overholt

after dissecting so many spirits i got the idea that i could create a barrel proof rendering of a whiskey by using vacuum distillation paired with a second distillation.  the non volatile part would be separated from the volatile part then the volatile part concentrated in a typical copper reflux still and the two segments rejoined.  the change would be a reduction of water and therefore an increase in proof and a concentration of aroma.

in the process i discovered that my simple glass laboratory vacuum still sucks and is not good at collecting the solvent (i think i know how to tweak it).  time is money and overholt is cheap so i ended up merging two bottles into one.  one bottle was vacuum reduced (using a simple aspirator-to-vacuum flask rig) as far as my patience would take it (from 750ml to 180ml, but next time i’ll go all the way).  the second was was simply re-distilled at high reflux to 80% alc.  the volatile part is not sensitive to heat, so using a conventional normal-temp-atmospheric-still does little to impact the aroma.

the sensory properties of each half are really interesting.  a lot of what a barrel contributes to a spirit is not volatile so re-distilling an aged whiskey reveals something very close to the white dog that went into the barrel.  the non-volatile parts were concentrated at about 60C and it was amazing to see how much aroma was there.  the non-volatile aromas really seem to define overholt.  the vacuum reduced segment became really turbid and i was afraid i spoiled the color permanently, but after marrying the color went right back to the same beautiful barrel hue.

unfortunately patience got the best of me and because i only reduced the non-volatile half to 180ml, i only ended up with a 55% alcohol finished product, but it still made a lovely manhattan.

i was really impressed by the success of this technique and am going to pursue it further. next up is fernet 151!

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fluid gels are our future; fernet bombardino

my heart bleeds for those with lactose intolerance. it is a terrible affliction, but the pain can be lessened and the problem can be solved by realizing the awesome power of the egg  yolk.  some cultures, often those stricken by poverty, thicken their coffee with yolks.  i started doing it years ago by making simple “bombardinos” then an old italian woman i came across (Dante’s aunt) told me her mother used to serve her the same, but with fernet when she was a little girl in the old country.

some fear bombardinos or advocaats because they believe the eggs are raw, but harnessing the idea of a fluid gel they are likely pasteurized, though it does remove a little bit of the myth and the adventure. (fluid gels are not so easy to explain, but “modernist cuisine” does a good job)

here is my take on the fernet bombardino

250 ml of fernet branca

40g non aromatic white sugar (this brings up fernet’s sugar to about 165 g/l)

slightly more sugar can be added to bring the dissolved volume up to an even 300 ml if you like even math. i ended up doing this.

200 ml of egg yolks (to yield 187.5 ml because some with cling to the bag) cooked sous-vide at 65c for 35 minutes.

fernet has an alcohol content of 39% so when we add sugar with a dissolved volume of 50ml to 250 ml of fernet we end up with 300ml with an alcohol content of 32.5%

to be conservatively stable, w should try to have an ending alcohol content of 20%.  300ml of 32.5% alcohol diluted with 187ml of egg yolks yields an alcohol content of 20%

the sugar also gets diluted to approx. 1o1g/l which puts it in port wine territory.

the egg yolks at this point are a firm gel, but if we shear them with the colloid mill we can create a very fluid “fluid gel” that very much resembles cream.

i’m not sure if i will need to add any ascorbic acid as an anti-oxidant, but i did de-gas the liquid with the chamber vacuum sealer.

this is very thick stuff and really clings to the glass.

this is so delicious! thank you aunt Anna for the inspiration.

if anything this recipe has too much yolk, but i think the ending sugar content is perfect.  as it is the liqueur is best used in place of an egg in flip style cocktails or as a coffee creamer.  to make it as a stand alone liqueur i would reduce the yolk quotient and readjust the sugar content to keep close to 100g/l.

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Advanced Aroma Theory Basics

Methods of evaluating and classifying aromas are invaluable to the distiller.  Many distillers work in teams to sculpt aroma during the product development stage or to maintain consistency across batches once production has begun.  Articulate communication is paramount to achieving either objective.
Quantifying aroma constituents in terms of molecules using technology such as chromatography is a seductive idea, but impractical to all but the largest scale producers who typically only use the data to troubleshoot off aromas and maintain consistency as production scales up rather than explore the patterns of pleasure.  The amazing power of the human nose leaves little incentive to apply chromatography to the creative process.  With practice and a framework of language as guidance, great empathy for evaluating aroma can be developed.  Rendering an experience in language, which essentially requires a transfer between frames of thought, may improve and refine the “schemas” we use for contrast detection when parsing aromas.  Talking about aroma will make your nose work better, faster.
Representing a sensation like an aroma with words can be a daunting challenge and many of the great distillers and spirit blenders of the world are not good at it.  Many of these professionals feel but cannot say, which unfortunately limits their ability to teach and solve certain types of problems.
One of the great problems with evaluating and categorizing aroma arises from our difficulty in separating the symbolic world from the sensory world.  Though they often seem glued together, each has its own harmony and disharmony.  Each, also has the ability to influence the harmony of the other which is part of the mechanism by which we acquire “acquired tastes”.  Prudish drinkers have been known to enjoy challenging sensory acquired tastes under the powerful symbolic influence of nationalism.  Cultural rifts have also been narrowed by recognition of shared sensory values.
The aroma of Bourbon whiskey can be described as traditional, American, and classic which are all symbolic descriptors, but bourbon can also be described as oak-y, sweet, and round which all attempt responsibility for addressing bourbon’s sensory side.  The vocabulary of the highly subjective symbolic side is often rhetorical and therefore important to the marketer while the vocabulary of the sensory side strives for objectivity and close representation of the sensory experience making it central to the concerns of the distiller.  “Beauty” is the composite of both symbolic and sensory values, but to fully express it and put beauty to work, we need to understand the dividing line.
It could be argued that symbolic bias is shown in the word choices of the average person when trying to describe an aroma.  More time is spent wielding rhetoric to sell aromas than objectively represent them.  We are more comfortable labeling an aroma (or aroma set) as masculine or feminine than we are at describing the shape of the sensory tensions that exist within it.  The ease by which symbolism is found in aroma somewhat obscures the raw sensory experience.  Aromas mark and retrieve memories and therefore inspire us to be poetic in our word choices despite how subjective and personal the language.  We forget our word choices are often based on inside jokes.
No word(s) can ever be an exact or universal stand in for an experience, but some can be closer than others.  It is useful to explore the origins of commonly used attempts at objectivity so we can expand upon them.  When bourbon is compared to oak it is an actual object comparison.  Object comparisons are very common, but lack a lot of precision and assume familiarity with the compared experience.  Unfortunately, few have ever had oak in singular form and the single word does not address all possible oak expressions.
Sometimes strings of object comparisons are used such as “oak, vanilla” or “raspberry, cherry”, but the comma is often the wrong logical operator to relate the descriptors.  The experience may feel more like the unknown space between the two known values and a symbol that implies between-ness might be more appropriate.  The comma as a logical operator has been known to throw many people off and can even make them question their ability to parse the experience.  Strings of obscure object comparisons separated by commas can even be used as a means of cementing authority and professional critics are often accused of employing such tactics.
The supreme elaboration of the object comparison is the aroma wheel, which was developed to create standardized terms for wine tasting.  The wheel begins in the center with generalized grouped comparisons such as “herbaceous/vegetative” and expands outwards into more specific sub divisions like “dried” before ending at definitive comparison such as “hay” or “tea”.  The aroma wheel is a useful teaching tool for tasters and its creators share the opinion that turning a sensory experience into language can help build the schemas we use to to parse experiences and detect contrast, thus increasing enjoyment.  The wheel unfortunately has the limitations of object comparison and is not tremendously useful in identifying patterns of tension that can be beneficial to the creative process.
The language we select to represent an aroma is constantly challenged by our attraction to grotesque (think mermaid) between-ness.  The unknown tonal values between the aromas of raspberry and cherry are more prized than either known value alone.  Between values are more attentional and draw us back to examining them, making them more memorable themselves as well as more likely to reinforce retension of paired experiences.  We crave the unique and extraordinary rather than the ordinary, obvious, or plebian.  We put to use the extraordinary in aroma, such as a fine wine for a special dinner, as a tool that preserves the memories of the rest of the evening.
Beyond object comparisons, aromas can also be described in terms of the other senses.  Cross modal comparison may seem unnecessarily more complicated than object comparison, but can take an understanding of aroma to the next level as one works with the sought after extraordinary and un-namable.  Describing a sensory experience with a cross modal analogy may seem far fetched, but when examining language applied to the other senses, the technique is very common.  Vision is often described in terms of thermoception with warm and cool color analogies.  Sound has been described in terms of color using the chromatic scale (*Piesse has a lovely chart).  These analogies imply sensory linkages and evidence of them has been found in synesthetes.
Synesthesia is a condition where involuntarily, stimulating one sensory modality produces an impression in another as well.  However rare the condition, there is an astounding variety of types of synesthesia with reported cases of nearly every type of sensory linkage from seeing sounds (sensory-sensory) to smelling words (sensory-symbol).  Synesthetes will sensory-symbol linkage may expose a neurological basis for our difficulties separating the symbolic and sensory worlds.  Synesthesia implies that not everybody has the sensory linkage exhibited, but some researchers are starting to believe that olfactory-gustatory synesthesia is a learned type common to everybody.  Aroma therefore can very effectively be described in terms of gustation and is seen by the authors as the most useful method of categorizing aroma.
When the bourbon, which contains no sugar, is described as sweet a cross modal comparison has been made between olfaction and a gustatory division.  Olfactory-sweetness is easy to identify and many people describe wines fermented to dryness, but having fruity aromas, as being “sweet”.  We have evolutionary incentives to learn how to anticipate nutrition sources.  The ability to predict food sources using our noses helps one to expend less energy while seeking out nourishment.  Olfaction has evolved to anticipate gustation which in turn is a reliable determiner of nutritional value.
We can be seen as having twenty-one years of olfaction consistently anticipating gustation.  When we start consuming alcohol at twenty-one, we enter a highly abstracted world where that sweet-smelling and sweet-tasting grape juice has now been converted to dry wine which often still smells the same.  Fermentation and distillation are methods by which olfaction can be made to diverge from gustation.  Divergence, as anyone who has consumed alcohol knows, can be highly attentional, memorable, and if done right, pleasurable.
The commonly accepted analogy of sweet smells can be expanded.  Just like gustatory-sweetness, olfaction can converge with any of the other gustatory divisions.  After olfactory-sweetness, the olfactory-umami may be the easiest division to identify (umami is sometimes also called the “fatty-acid taste”).  The other gustatory divisions are not as easy to separate by empathy and it is hard to say whether the aroma of juniper is olfactory-acid or olfactory bitter.  Indeterminate non-sweet divisions can usefully be called “olfactory-dryness”.  In distillates, the olfactory-umami can easily be found in muscat based brandies like pisco, agave based spirits like tequila, and rums made from fresh sugarcane juice.  The term “funky” has often been applied to an umami quality in spirits as well as the older term “hogo” which was often used in descriptions of early rums.  The olfactory-umami, like everything else, has a spectrum with the darker or heavier end often being described by the Spanish word “rancio” and commonly applied to red wines and sherry.
Umami is not a widely recognized gustatory division, but understanding the olfactory-umami may help explain the phenomenon.  Fatty-acids, besides being found in meat, are also found in non animal sources such as grapes or agave.  Fermentation is a means of “esterification” of the fatty acids which results in very distinct and easy to detect aroma compounds.  Distillation separates the fatty-acid tastants from the fatty-acid derived aroma compounds.  We smell the compounds and because prior experiences has already linked the fatty-acid tastants and their esters, olfaction alone produces the illusion of tasting the umami.  This idea is not widely recognized or even widely studied, but the idea that we evolve to expend as little energy as possible when searching for nutrition makes it probable.  Sensory linkages can make us better adapted for survival.
The gustatory patterns of pleasure of widely known.  We enjoy attentional tension such as the bitter-sweet, salty-sweet, umami-sweet or sour (acid-sweet).  The same patterns exist once olfaction is categorized in terms of gustation.  Olfactory-sweetness contrasted with olfactory-dryness forms the basis of most all culinary aroma patterns.
When bourbon is described as round, olfaction is being compared to the haptic sense which is our sense of touch.  Haptic aroma analogies go back at least as far as the ancient Greeks.  According to the Greek philosopher Democritus, “Sweet” things are “round and large in their atoms,” while “the astringently sour is that which is large in its atoms but rough, angular and not spherical.”  Saltiness is caused by “isosceles atoms” while bitterness is “spherical, smooth, scalene and small.”  Bourbon is often described as round relative to the more angular rye whiskey.  Empathy tells us green chartreuse is nearly all angles and therefore its aromas may be from the spectrum of olfactory-acid.
Neuro-scientist Roberty Cytowic’s book on synesthesia, “The Man Who Tasted Shapes”, describes a synesthete with permanent haptic linkages to his flavor perception.  He experiences food similarly to Democritus’ analogy, but on non voluntary terms.  Quinine to Cytowic’s subject, “felt like polished wood because it was so smooth.”  Angostura bitters was “an organic sphere”, “with tendrils”, “the shape feels like a living thing, see, which is why I say ‘organic’.  It’s round but irregular, like a ball of dough.”
We see the terms “flinty minerality” or “wet cobble stone” used all the time as descriptors for wine aroma and take for granted their origins.  Many wine analogies may be cross modal haptic references similar to Democritus early explanation of flavor or Cytowic’s synesthete.  Stone has a texture and we find that texture an analogy for the aromas found within the wine.  We know the sensation of “minerality” is the product of volatile aroma rather than involatile dissolved minerals because the “minerality” in question carries over into distillates.
The word “acrid” may be also rooted in a comparison to the haptic sense.  Acrid is often used to describe the sharpest most angular aromas such as acetic acid, ammonia, or bleach.  The word saw more common usage in the 18th and 19th centuries and was used to describe sharp but less extreme aromas like ginger, galangal, and cumin.  The sensation of the word said aloud has a striking correspondence to the shape of aromas described as “acrid”.  The phonetics of our word choices is not always arbitrary and even infants have been found to match nonsense sounds to shapes consistently with adults.  Aromas referred to as acrid with the current usage of the word  are most often always flaws and end up in the distillates of stressed and often oxidized fermentations.
The aroma of some distillates like those in the palm sugar based rum, Batavia Arrack Van Oosten, defy any attempts at object comparison.  Their extraordinary foreignness cannot even clearly anticipate a gustatory sensation, but somehow a shape often comes to mind and the aroma feels like an elegant expression of what could be called “acrid”.
One of the most complete cross modal systems of categorizing aroma comes from the mid 19th century French perfumer G. W. Septimus Piesse.  Piesse compared olfaction to the auditory sense and in his seminal book “The Art of Perfumery”, constructed elaborate charts that compare all the common perfume aromas to musical scales.  The resultant order of the charts is startlingly intuitive and Piesse found that constructing aroma sets guided by the rules of common acoustic harmony also resulted in olfactory harmony.  The acoustic metaphor “bass note” still lingers in common usage to describe aromas like vanilla or heliotrope and more than likely has its origins in Piesse’s “odophone”.  Literary symbolists, surrealists, and futurists were later influenced by the analogies of the odophone and applications of the idea can be seen in the “mouth-organ” played by the main character Jean Des Esseintes of Joris-Karl Huysmans’ novel “Against Nature” or similarly of the “scent-organ” featured in the distopian future of Aldous Huxley’s “Brave New World”.
The mind is known to create enduring sensory “after images” in every sensory modality, but notably olfaction which perfumers often refer to as “sillage”.  Piesse was so bold and thorough in exploring his ideas as to hypothesize that with these after images, the mind could neutralize “pestilential” or “ammoniacal” aromas with “acidic” aromas.  The result would seem like the real chemical reaction of ammonia and acetic acid where their acrid aromas disappear, but be constructed solely by the mind.  Aromas such as that of juniper, cedar, the herbs of Provence, etc. are known to have antiseptic, purifying and hygienic olfactory symbolism, but also they seem to converge with the olfactory-acid.  Each of these purifying aromas are also deeply rooted in aromatizing meat and fish which as they mature and spoil produce “pestilential” aromas.  The interaction of sensory after images in the mind may also be the basis for reactive wine and food pairings.  More than one hundred and fifty years after Piesse’s ideas were first published little is still known about the subject.
The language of color is also useful in categorizing aromas.  Green and Yellow as prefixes for the Chartreuses are chosen to converge with the respective spectrums of aromas contained within.  Wines have been known to have their colors abstracted naturally and unnaturally to better converge with their aromas.  Barrel aged spirits are often colored with caramel to have closer tonal sympathies with their aromas because the barrel does not always contribute as much color as one would think.  Other distillates embrace the divergence of aroma from their crystal clarity.  Blue Curacao is another example of deliberate divergence of color for the sake of expressing emotion via defiance of expectation and anticipation.
To represent aromas with language, it might be helpful to think of “aroma sets”.  Gin is an aroma set derived from the distillation of numerous ingredients.  Bourbon can also be seen as an aroma set and we can use multiple words to express its numerous components.  The idea of a “set” is a useful framework to help explain the attentional tension between aromas and help reveal the prized patterns of pleasure.
Aroma sets can feel like they have intervals and overtones of aroma.  Overtones are essentially intervals that are so close together that we cannot easily parse them.  The combined aroma of orange and apricot produces an overtone that is impossible to separate, but too often we deny that realization because we know the inputs and misuse the comma as a logical operator.  Orange and anise (or just about anything and anise) will produce a distinct interval.  Intervals of aroma create a sensation of depth in the olfactory experience which can be a great source of pleasure.  If orange, apricot, and anise, which can all be categorized as olfactory-sweet, are rendered in an imaginary spatial scale, both orange and apricot would appear close together while anise would appear distant.
Olfactory-sweetness is the easiest to manipulate in terms of creating overtones, but the same can be done for every olfactory-gustatory division.  Many of the common gin botanicals such as angelica are selected to tonally modify juniper producing an overtone that strives to be extraordinary.
Many pleasurable aroma pairings rely on creating attentional tension between different olfactory divisions.  We often contrast the olfacotry-sweet with the olfactory-bitter such as with the aromas of melon & smoke or blackberry & smoke.  Both of these combinations will be felt to have the same shape to their tension, but will seem to have different distances from each other influencing our ability to find them harmonic.  The aroma set of melon & smoke is a more distant interval than blackberry and smoke.  Smoke may seem a challenging harmony for melon (in the absence of another attentional attribute like texture) because of their distance, but other aromas sometimes are not especially harmonic with blackberry because they become overshadowed.  Blackberry can be seen as relatively more dense than melon.  Vanilla is typically the most dense aroma and has a large propensity to overshadow other nuances.
It is important to remember that there is no such thing as dissonance (dis-harmony).  Aromas cannot not go together.  It is not fair to say that one does not like something so much as one does not like something yet and tonight might not be the night to start.  The idea of infinite possible harmonies was first championed in music.  The avante-garde composer Arnold Schoenberg famously expressed the idea as there is “no such thing as dissonance, but rather a further removed consonance that has yet to be absorbed.”  A look at musical history reveals that society has metabolized a massive amount of acoustic dissonance since the beginning of the 20th century.  Adages such as “what grows together, goes together” may use the positive symbolic harmony of being from the same area to influence the perception of the sensory harmony in question.  Flavor perception as a sensory system seems comparably atrophied and our harmonic values vary markedly person to person.  Acquired tastes are immensely important to the spirits industry and yet are little understood or acknowledged.
One of the great tests for aroma vocabulary (or integrated as flavor vocabulary) is trying to describe vermouth.  Most definitions of vermouth describe the origins and process of production and then end with a “you’ll known it when you see it” clause about the sensory values.  Vermouth lies somewhere between wine and spirit because they are made from wine bases as well as aromatized with botanicals and fortified with distillates.  When the common use tasting jargon of the wine and spirit realms are challenged to scale they mostly fail.  In defense of the jargon, many criticize vermouth for being too complex.  Vermouths may have more moving parts than any other product in all the culinary world.
If cross modal metaphors are employed,  the aroma set within vermouth can be described as an overtone of olfactory-sweetness evenly competing for attention with intervals of olfactory-dryness.  The round, olfactory-sweet side features an extraordinary overtone lying in the space between the brighter muscat and the darker orange as well as a subtle interval of anise.  A “translucence” that does not overshadow characterizes the tonality of the olfactory-sweet side.  The olfactory-dry side is felt to have the shape of a terrace and in dry vermouth lies in-and-around the herbs de Provence while in sweet vermouth, in-and-around cinnamon and the other mildly acrid darker spices.  The gustatory-sweetness of sweet vermouth lies at a point that when diluted 2:1, spirit to vermouth, gustation seems relatively innocuous and an attentional path is flattened to perceiving aroma.  The very low gustatory-sweetness of dry vermouth is such that the product can have comparable gustatory tension to dry, white “table wine” when constructed from a wine base (eventually fortified) that accepts low alcohol and high acid as a compromise for stable, fruity, olfactory-sweet aromas (“stable” implies aroma compounds that don’t break down and age so quickly).  All vermouths are fortified with alcohol to the minimum of stability to impose as little sensory distraction from aroma as possible.
Expanded cross modal metaphors for describing aromas may seem silly.  The hyphenated descriptors may sound cumbersome and not fit for standard conversation, but there is room for more than the standard conversation.  Specialized descriptors are useful for the back rooms where spirit professionals are working to sculpt aroma, not sell it.  Applying language to an experience helps build the schemas we use to parse and detect contrast.  Not everyone is born into a family of distillers.  Those new to the art need to develop their skills quickly.  The emphasis in wine culture on turning wine into words benefits the growing skills of the taster.  The same can be true for the aspiring distiller.
Understanding the dividing line between the symbolism of an experience or essentially what it means and the sensory experience is immensely valuable.  At some point in time distillers need to explore how something smells and tastes blindly, in the raw.  Ingenuity in the aroma field also requires aesthetic detachment.  Detachment (from symbolism) can bring about sustainability by helping us make use of the new, the forgotten, or the by-product.  Often these aroma sources are symbolically bankrupt.  Once made harmonic, positive symbolic value can be re-attached and the entire experience made whole again.  Reflect on any spirit you love, and it’s beauty you will see, is the composite of both its real-sensory and purely abstract-symbolic values.
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advanced nut milk basics

the cooking issues blog from the FCI inspired me to buy a centrifuge.  i ended up with an unrefrigerated  Jouan C412 that does about 4000g’s and can hold three liters.

so far we have been using it to de-wax the single varietal honeys we use on the bar, produce clarified grain infused whiskeys (flaked rye aromatized bourbon), and clarify fruit juices for liqueur production.

we have also been using the ‘fuge to make nut milks and nut creams.  i was not raised on nut milk or even nuts in general so they are all very new to me, but i’ve really been enjoying them.

so far for all the nut milks we have been using the ratio of 25% by weight nuts to water.  the nuts and water are blended well and then run through the ‘fuge for twenty minutes.

spinning produces three separate layers.  the bottom is the nut solids, followed by the nut milk and then a layer of nut fats that also contains (depending on the type of nut) nut shell fragments.

the results are fun but so far we have only consumed them on their own or in cocktails.  to make the milks consistent and intuitive to use, hydrometer testing seemed like it might be helpful.

upon testing with the hydrometer our most recent hazelnut milk rang in at 1.018 @14C while the cashew milk rang in at 1.020 @20C

comparison to cow milks can be found here.

at the temperature tested, the hazelnut milk supposedly compares to “light cream” while the cashew compares to “half and half”.  the sensory experiences unfortunately do not seem to correlate which is making me wonder… maybe a hydrometer can be used to keep the nut milks consistent, but cannot help to make them compare to their cow derived counterparts.

alas, i need to scheme on some food recipes to test drive them with.  maybe a custard or two or a panna cotta.

::update!::

i used a pistachio nut milk to make some french toast using the modernist cuisine method and the results were spectacular. the french toast was paired with a nice, hot strawberry syrup (400g/l).

homogenizing these creams seems like a bit of challenge.  i’m considering buying a colloid mill to help.  i think with the mill i might also be able to make shaving cream from the nut solid by-products (cashew-quinine shaving cream!).

if i use the centrifuge to separate the nut fats i can then collect the fats and make decadent nut “heavy creams” and even cream cheeses.

i can also use the high fat content creams to make preserved-stabilized cream liqueurs.

i just finished my first draft of “advanced nano-distilling basics” and i aspire to have my next book be “advanced liqueur production basics” with a target audience of small rural growers that want to make alcoholic tourist souvenirs (publishers.., a few thousand dollar advance for the colloid mill would really help out!).

***future project. do something with this info… cream liqueur solely from nut derived fats?

NUTRITIONAL VALUES OF BAILEYS

Energy (Kcal/100ml) 327
Energy (kJ/100ml) 1361
Protein 3g
Total Carbohydrate 25g
Fat 13g
Saturated Fat 8g
Cholesterol 0.04g
Sodium 0.08g
Dietary Fibre Nil
Sucrose 20g
Alcohol 13.5g

* Values are per 100ml of Baileys

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cup cakes shots? advanced reality construction basics

back in january i wrote a post called “which ‘taste’ do you mean? sensory parsing
the idea of the post was express how so much of the terminology we use to discuss flavors is ambiguous (the word “taste” for example).  constant ambiguity means we have a hard time telling the difference between language that parses an experience and language that tells of enjoyment. i made the claim that my banana or my campari was roughly the same as yours.  i thought the vast skepticism of our tasting the same was due mainly to our having different senses of harmony and not significantly different experiences when we reconstruct what we parse.
anyhow, to bring this up to today… i just finished the chapter about cezanne in jonah lehrer’s “proust was a neuroscientist”.  neuroscience proves that we do indeed see differently because our brain takes shortcuts and often uses our past experiences to help fill in the blanks completing an image more efficiently. this somewhat weakens my argument that my banana is your banana, but not by much.  we may rely on past experiences but they are similar enough that we can all construct a reality that we can function in together.
so now some new questions:
by how much does flavor as a perceptual system differ from other systems like vision?
flavor seems more drastically connected to our reward systems than other sensory systems and we constantly make harmonic judgments that feel so much more significant than the other senses.  i may enjoy campari while you may not. this happens to such a degree that you may wonder if our mind constructs campari the same.
does flavor have an auto-complete that works the same way as vision’s?
many people hear a suggestion that a wine smells like apples and all the sudden everyone agrees. is this phenomenon related to autocomplete?
wines constantly conjure up everything but grapes and cocktails made from disparate ingredients often synthesize the easily recognizable.  the other day we wound up recognizing cantelope when we mixed an unaged whiskey (white dog) with orange juice.  tomato has been recognized within a daiquiri made from strawberry syrup, lime juice, and a very olfactory umami rhum agricole.
often times we look to avoid anything recognizable because pleasure lies in the unknown and extraordinary.
with flavors we so often experience different levels of “detachment”.  perceptual distortions due to prior experience may be detached as well as any experience associated symbolism.  flavors can take you down a path to a memory. attentional features within a flavor can pull consciousness to safety if but for a moment so we can regroup. finally, flavors can also mark a memory.
the experience i’m often looking for in a flavor seems to be something like oliver sacks’ patient in “the man that mistook his wife for a hat”. (i haven’t read the book yet and only know what was described by lehrer).  sacks’ patient’s eyes work fine, but a brain lesion prevents him from using any amount of “experience” to also help construct vision. he has permanent detachment.  a vast percentage of what it takes to construct visual reality is apparently experience.  having no prior experience means i may have an easier time finding escapism in a flavor or an easier time book marking a moment so i can return.  my drinking habits might be explained by what i need my flavors to do
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advanced super stimuli basics

Superstimulus – A supernormal stimulus or superstimulus is an exaggerated version of a stimulus to which there is an existing response tendency, or any stimulus that elicits a response more strongly than the stimulus for which it evolved.

the cocktail, with all its highly abstracted components, is basically a liquid super stimuli.  if you need more visual and tangible examples of a super stimuli check out the Venus of Willendorf or for something newer and more contemporary; the sculptures of Botero.  if you need a tiny refresher, here it is.

you can really chase these things down some rabbit holes if you have the time.  some people feel super stimuli are dangerous while others feel they are therapeutic. i guess all things in moderation.  the first time i had heard of the term was when the magicians in sleights of mind used various super stimuli to control your attentional spotlight during the magic trick.  intuition tells me the cocktail uses them to dispel anxiety by controlling your attentional spotlight.  because olfaction and gustation are so closely tied to memory, super stimuli, as found in cocktails, might also be used to cement important memories.  the ability to cement memories might explain the success of acquired tastes like fernet & jagermeister.

so most all cocktails are beverage super stimuli, but some are probably more super than others.

a 2:1:1 sour might be more of a super stimuli than a 2:1/2:1/2 sour.  if the second and third coefficients represent sweetness & acidity, the move from 1/2 to 1 increases their tension therefore changing the magnitude of response to the stimuli.  you cannot say a person will always get more pleasure out of one or the other, but i think you can make safer generalizations as the sample size of the imbibers increases. the stimuli will also probably get less “super” with each successive exposure.

so intuition tells me i can get more mileage out of a 2:1:1 than a 2:1/2:1/2. i think i can also elaborate that coefficient which represents sweetness and say a 2:1(400g/l):1 is more of a super stimuli (to a large sample size) than a 2:1(250g/l):1.

the g/l in the parenthesis represents grams per liter of sucrose as found in a syrup or liqueur. something with 400g/l is a typical syrup while something with 250g/l is a liqueur like cointreau (of course cointreau also has tons of alcohol but i am trying to simplify some things).

another super stimuli variable related to the sour is the amount of dissolved aroma.  in previous posts i’ve discussed this as the “sweet tart” effect that dessert wine makers are concerned with.

dessert wine makers claim that as sugar and acidity increase (the tension grows), dissolved aroma needs to as well or the taste will be hollow like a “sweet-tart” brand candy.  this means a sour with more dissolved aroma will be a greater super stimuli than a sour with less (holding sweetness and acidity constant). intuition does tell me that this is a variable that is easy to grow tired of.

another super stimuli lies in the nature of the aroma.  i’ve talked about this in the past with “grotesque juxtaposition” as well as aromatic tonality that exists in the space between two knowns.

if we abstract an aroma from the ordinary to the extraordinary we will be more attracted to it and therefore it will provoke a greater response.  this is often done via blending.  different types of orange peels are often blended together to achieve an extraordinary tonal effect.  in gin, juniper is often partnered with angelica to alter tonality in pursuit of the extraordinary and its associated super stimulation.

so far i’ve only attempted to explain what is in common use but have i come up with any new techniques for creating cocktail super stimuli? maybe.

i have long been in search of a way to categorize aroma and have settled on my gustatory convergence method where aromas are categorized in terms of gustation (sweet aromas, sour aromas, bitter aromas, etc.)

well i think you could test what gustatory divisions an aroma converges with by pairing an aroma with various tastants and seeing what feels most seamless.

a super stimuli would result by using a properly aligned tastant to reinforce an aroma. this might already be common in food production, but not cross modally (olfaction to gustation).  chinese restaurants know we are attracted to super stimuli so they reinforce their dishes with isolated MSG rather than using extra shitake mushrooms in the sauce and making the dish more expensive.

the new idea is to infuse MSG in tequila to reinforce its aroma. this idea may parallel the acidity that is already incorporated to many gins post distillation.

perfect tequila gibson

2 oz. MSG infused blanco tequila

.5 oz. bianco vermouth

.5 oz. dry vermouth

stir and garnish with a cocktail onion.

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reward system theories

wired just put out a phenomenal article titled “why do we like the taste of protein?”.  the article examines a nutritional reward mechanism that we have which exists beyond the mouth. according to the article, mutant mice which were unable to parse the tastant sucrose learned to like it and prefer it to plain water as a response to nutritional information learned by the body much further along the digestive path.

this post flavor reward mechanism could be very powerful, but an interesting question is how does this reward mechanism get overridden by some people’s craving dryness?

(also are there any other reward mechanism we have yet to map?)

a dry wine has less nutritional merits than a sweet wine and yet many people end up preferring dryness.  therefore i think we might also find a reward from attentional distractors.

the pleasure response to attentional distractors (i.e. things like intense acidity or bitterness) could eventually override nutritional rewards facilitating the acquiring of acquired tastes.

this definitely expands the theory of acquired tastes i’ve tried to develop in past posts. to accrue an acquired taste, one reward system gets overridden by another.  this might also only be possible if certain priorities get rearranged.  does mental health, when afflicted with stress and anxiety, get more priority than nutrition and our need for calories?

another great tidbit from the article is the ancient cross modal analogy from democritus in the 4th century b.c.

“Sweet things, according to Democritus, were “round and large in their atoms,” while “the astringently sour is that which is large in its atoms but rough, angular and not spherical.”  Saltiness was caused by isosceles atoms, while bitterness was “spherical, smooth, scalence and small.”” -democritus

wow. i had never seen them before but those analogies look very similar to mine and very similar to the shape tasting syneasthete in richard cytowic’s “the man who tasted shapes“.

more to ponder! next book up “compass of pleasure

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