Dr. Jekyll and Mr. Hyde Transforming Potion
Try this Dr. Jekyll and Mr. Hyde transforming potion recipe, or contribute your own.
Try this Dr. Jekyll and Mr. Hyde transforming potion recipe, or contribute your own.
- Carbohydrate 46.6434400378641 g
- Cholesterol 0 mg
- Fat 0.0154 g
- Fiber 0.0880000013113022 g
- Protein 0.0924 g
- Saturated Fat 0.00176 g
- Serving Size 1 1 recipe (462g)
- Sodium 16.24 mg
- Sugar 46.5554400365528 g
- Trans Fat 0.00682 g
- Calories 179 calories
Step-by-step
- Mix together the sugar and water until sugar is dissolved.
- Set aside to chill.
- Pour into your serving glass, and top with the 1 cup of cold water.
- Drop in several drops of butterfly pea flower extract and stir so the liquid is completely dark blue.
- Mix together the salt and citric acid, sprinkle into the liquid and stir.
- Squeeze in the lime juice and stir again.
- Your dark blue drink will completely have transformed.
The Mathematical Trap of Scaling Volumes
Scaling this beverage requires maintaining exact solute-to-solvent ratios, unlike standard culinary reductions. Doubling the white sugar means increasing the 1/3 cup volume proportionally, yet water temperatures must remain strictly divided between the 2/3 cup hot phase and 1 cup cold phase to ensure complete dissolution without cloudiness. Measuring instruments must be accurate to the 1/16 teaspoon for salt and citric acid; small volume fluctuations ruin the acid-base reaction. Batch preparation demands glass storage containers sealed tightly in refrigeration below 40 degrees Fahrenheit for no longer than 48 hours to prevent sugar crystallization.
pH Dynamics and Visual Indicators
Butterfly pea flower anthocyanins act as natural pH indicators shifting color in response to hydronium ions. Adding citric acid lowers the baseline pH, but introducing the juice of half a lime provides the specific malic and citric acid threshold required for the vivid blue-to-purple transition. Stirring technique matters immensely during this phase; incomplete distribution of the acid leaves unreacted blue pockets throughout the liquid. Granulated sugar content at over 46 grams per serving increases viscosity, slowing diffusion rates and requiring prolonged mechanical agitation with a bar spoon.
Substitution Realities and Chemical Limits
Substituting bottled lemon juice for fresh lime juice alters the final color hue due to differing ascorbic acid concentrations. Honey cannot replace white sugar here because its distinct amber pigments mask the delicate blue base before the acid drop occurs. Synthetic food acids like malic acid substitute for citric acid at a 1:1 ratio, though flavor profiles skew noticeably sharper. Distilled water outperforms tap water by eliminating mineral interference that otherwise dulls the initial blue saturation point.
