Cite The Flavor Matrix method and caveat passages with the located DLG and Foodpairing evidence. Use Greene for echo, complement, contrast, matrix variables, and recorded tasting. Use Broom PDF sheets 352–355 only for practitioner guidance on intensity, texture, dilution, and the distinction between accompaniment and deliberate pairing.
Briscione and Parkhurst — matrix caveatsBriscione and Parkhurst — shared-aroma heuristicBriscione and Parkhurst — bourbon, fennel, plum, and coffeeBriscione and Parkhurst — bourbon, pork, peach, coffee, and soyBriscione and Parkhurst — guaiacol aroma bridgeBryson2014TastingWhiskey — PDF sheets 482–485Briscione and Parkhurst — bourbon as a caramel substituteBriscione and Parkhurst — whiskey and cocoaBriscione and Parkhurst — bourbon and game meatBriscione and Parkhurst — bourbon and pome fruitBriscione and Parkhurst — bourbon and pork’s Maillard pairingsBriscione and Parkhurst — bourbon and root vegetablesBriscione and Parkhurst — whiskey and vanillaGreene 2014, pp. 213–219 — pairing hypotheses and tastingBroom — food pairing requires intensity and texture matching (PDF sheets 352–355)BruggerFoodPairing2017 — “Complexity, influencing factors and sensory interactions”BruggerFoodPairing2017 — “FOODPAIRING® Software,” final paragraphBruggerFoodPairing2017 — “FOODPAIRING® Software,” paragraphs 1–4BruggerFoodPairing2017 — “Prediction” through “Prospects”FoodpairingSciencePairings — “How do aromatic foodpairings work?” Step 3FoodpairingSciencePairings — “How do aromatic foodpairings work?” Steps 1–3The Flavor Matrix explicitly proposes kiwi with whiskey — source locatorBourbon whiskey appears in 41 of 58 ingredient matrices — source locatorComparing shared aromatic compounds can generate plausible American-whiskey food-pairing hypotheses, but the comparison does not by itself prove that a finished pairing will be successful.
No direct counterevidence refutes the bounded methodological claim. Contrasting pairings and culturally preferred combinations without aromatic overlap are recorded as reasons the matrix must not be treated as necessary or sufficient.
September28: Flavor Matrix text1–1163,58native matrices and27details checked. PDF404/406,792,901renderblank; corresponding evidence/citations Needs Review. Smoke locator corrected262 by index. Other sources' earlier verification remains recorded; no renewed independent validation claimed.
Use candidate, hypothesis, inspiration, or experimental language. Success still depends on concentration relative to threshold, ratios, food matrix, processing, temperature, proof, style, dose, taste, texture, culture, individual perception, and contrast. Foodpairing is a commercial provider, DLG is not whiskey-specific, and The Flavor Matrix examples are demonstrations rather than controlled validation.
The Flavor Matrix supplies a transparent practitioner method and American-whiskey examples. Foodpairing supplies primary evidence for the aromatic-profile and algorithmic candidate workflow and explicitly leaves final taste and texture balance to the chef. DLG independently evaluates the tool as inspiration, identifies missing ratios and thresholds and broader sensory variables, and concludes that prediction requires practical experimentation.
September28: bounded methodological claim retained; fresh The Flavor Matrix audit adds kiwi-whiskey and41/58matrix inventory while qualifying three visually unresolved excerpts. Earlier checks of other sources are historical, not fresh verification.
The matrix requires editorial judgment and does not reduce flavor to aromaShared aromatic compounds are used as a compatibility heuristicBourbon links fennel and plum to roasted and toasted aromasBourbon gives peach a savory edge in a pork dishGuaiacol connects whiskey with charred, roasted, and vanilla aromasDLG treats pairing software as inspiration for further experimentsMissing ratios and thresholds prevent pairing software from proving successPerception depends on concentration, processing, matrix, culture, and the eaterFood pairing remains experimental because successful prediction is difficultFoodpairing calculates possible matches from measured aromatic profilesFoodpairing leaves final taste and texture balance to the chefBryson — Food pairing is an experiment in complement and contrastBourbon is offered as a caramel substituteWhiskey is listed among cocoa’s best pairingsBourbon is listed among game meat’s best pairingsBourbon is listed among pome fruit’s best pairingsBourbon is a best pairing for pork within a Maillard-aroma rationaleBourbon is listed among root vegetables’ best pairingsWhiskey pairs with vanilla, and bourbon can substitute for vanilla extractFood-pairing routes are hypotheses to be tested through tastingFood pairing requires matching intensity, flavor, and textureThe Flavor Matrix explicitly proposes kiwi with whiskeyBourbon whiskey appears in 41 of 58 ingredient matricesSeptember 28 — Source Audit Qualification
The Flavor Matrix remains a practitioner source for candidate generation. Its fresh review separates written pairings, matrix labels, and incidental compound links; three older excerpts need visual rechecking. The source copy has broken chemical/taste diagrams. The bounded methodological idea survives these limitations; specific chemistry, rankings, food-safety advice, and universal preference claims do not follow. Other sources cited below retain their earlier verification history; they were not independently re-audited in this book pass.
Claim
Comparing shared aromatic compounds can generate plausible American-whiskey food-pairing hypotheses, but the comparison does not by itself prove that a finished pairing will be successful.
Supporting evidence
- The five visually verified excerpts from The Flavor Matrix establish the method, its caveats, and concrete bourbon applications.
- EXT-327 shows that DLG treats pairing software as inspiration for further experiments.
- EXT-328 identifies missing ratios and matrix-specific thresholds.
- EXT-329 documents concentration, processing, matrix, culture, and individual-perception variables.
- EXT-330 records DLG’s conclusion that prediction remains difficult and practical experiments are necessary.
- EXT-331 documents Foodpairing’s stated aromatic-profile and algorithmic workflow.
- EXT-332 records the provider’s own instruction that the chef must balance taste and texture.
Qualifications
Use candidate, hypothesis, inspiration, or experimental language. Aromatic overlap is neither necessary nor sufficient; contrast can succeed, and shared compounds may be below threshold, transformed, unbalanced, or culturally unfamiliar. Proof, style, dose, proportion, processing, temperature, taste, texture, and the food matrix remain part of the finished evaluation.
Drafting guidance
Use a matrix to explain why a pairing is worth trying, then describe tasting or recipe testing as the decision point. Do not turn a shared-compound percentage, algorithmic label, or bourbon example into a guarantee or universal ranking.
Readiness decision
Ready for Drafting. Evidence Strength is Strong because three distinct sources converge on both the candidate-generation value and the prediction boundary. Confidence remains Moderate because no whiskey-specific controlled validation establishes success rates across recipes, bottles, or tasters.