Comfort food beyond belief!
- Carbohydrate 19.3610983703044 g
- Cholesterol 62.2634835869924 mg
- Fat 21.0290630858842 g
- Fiber 2.0301801231392 g
- Protein 7.85777655260676 g
- Saturated Fat 12.9328478944716 g
- Serving Size 1 1 Serving (170g)
- Sodium 359.379360547426 mg
- Sugar 17.3309182471652 g
- Trans Fat 1.69056937766748 g
- Calories 292 calories
Step-by-step
- place skin-on potatoes in a pot of cold water and bring to a boil, cooking until very tender
- melt the cream cheese and heavy cream over low heat
- the cream cheese and cream mixture must be hot before adding to potatoes
- simmer for 15 minutes
- allow cream mixture to cool a little
- place ¾ of the cooked potatoes in a kitchen-aid type mixer and add the heavy cream mixture
- add the most of the cheddar cheese (save about 2TB to garnish)
- mix until smooth
- fold in the remaining potatoes and slowly mix until all ingredients are incorporated, but still chunky
- adjust seasoning to taste and serve
- garnish with cheddar cheese and green onions
Most home cooks ruin potato dishes by adding cold dairy straight from the refrigerator, which drops the temperature of the starches and causes the mixture to seize into a gluey paste. Achieving the right consistency requires understanding how mechanical force interacts with plant cell walls. When potatoes boil, pectin inside the middle lamella breaks down, allowing cells to separate. Starting those tubers in cold water ensures even thermal penetration from the exterior to the core, preventing raw centers while the outside overcooks.
Whole potatoes contain thousands of starch granules enclosed in walls made of cellulose. Applying a high-speed stand mixer to the entire batch ruptures too many cells, releasing free amylose and turning the dish into wallpaper paste. Dividing the potatoes solves this problem. Pureeing three-quarters of the batch creates a velvety suspension, while folding the remaining chunks back into the bowl preserves distinct bites of tuber. Fat coats these exposed starch molecules, physically blocking them from bonding with excess moisture and locking in a rich mouthfeel.
Warm dairy products integrate smoothly because hot fats emulsify faster than cold ones. Heating the heavy cream and cream cheese together before introduction maintains thermal equilibrium in the mixing bowl. White pepper provides a subtle pungency without dark visual specks, dispersing evenly through the heavy fats. Folding the final portion of cheddar cheese at the end retains pockets of melted cheese rather than dissolving them entirely into the base.
The Chemistry of Starch and Fat
Whole potatoes contain thousands of starch granules enclosed in walls made of cellulose. Applying a high-speed stand mixer to the entire batch ruptures too many cells, releasing free amylose and turning the dish into wallpaper paste. Dividing the potatoes solves this problem. Pureeing three-quarters of the batch creates a velvety suspension, while folding the remaining chunks back into the bowl preserves distinct bites of tuber. Fat coats these exposed starch molecules, physically blocking them from bonding with excess moisture and locking in a rich mouthfeel.
Temperature Control and Dairy Integration
Warm dairy products integrate smoothly because hot fats emulsify faster than cold ones. Heating the heavy cream and cream cheese together before introduction maintains thermal equilibrium in the mixing bowl. White pepper provides a subtle pungency without dark visual specks, dispersing evenly through the heavy fats. Folding the final portion of cheddar cheese at the end retains pockets of melted cheese rather than dissolving them entirely into the base.
