Coming 2026

The Molecular Scoop

A science-forward guide to extraordinary frozen desserts.
Where molecular gastronomy meets artisanal craft.

0+
Precision Recipes
0+
Molecular Bridges
8
Possibilities
Scroll
01 — Introduction

Every Scoop Tells a Molecular Story

This isn't just another recipe book. It's a complete system for understanding, creating, and perfecting frozen desserts through the lens of food science.

Molecular Bridges

Discover why flavors work together through shared volatile compounds. Build bridges from 2-way connections to unprecedented 6-way hexagonal networks.

SAFH Balance

Master the four elements of frozen desserts: Salt, Acid, Fat, and Heat. Every recipe is scored and balanced for optimal flavor architecture.

PAC Science

Understand freezing point depression, ice crystal formation, and the precise calculations that create perfect scoopability at any temperature.

02 — The Four Elements

Ice Cream Science 101

Every frozen dessert is built on four fundamental pillars. Master these, and you master the scoop.

S
Salt

Enhances sweetness, suppresses bitterness, adds umami depth.

A
Acid

Brightens flavors, cuts richness, provides essential contrast.

F
Fat

Carries flavor, creates mouthfeel, controls silky texture.

H
Heat

From subtle warmth to sinus-clearing intensity.

03 — Recipe Collection

65 Precision-Crafted Recipes

From nostalgic crowd-pleasers to boundary-pushing molecular experiments.

#47 — The Hexagonal Bridge

Raspberry Shiso Ume with Limoncello, Champagne & Harissa Oil

Linalool connects all 6 ingredients — the collection's only hexagonal molecular network

Sorbet Acid 4 Heat 1
#35 — Savory Showstopper

Prosciutto with Ginger, Dill & Lemon

4-way molecular bridge network — umami meets frozen dessert

Ice Cream Salt 4 Fat 3
#3 — Luxurious Savory

Brown Butter Sage with Burnt Honey

Diacetyl + Furfural via Maillard — bitter edge from dark caramelization

Gelato Salt 2 Fat 5
#48 — Late Summer

Grilled Peach Bourbon with Burnt Honey

Technique-created bridge: grilling produces furfural + guaiacol

Sorbet Maillard August
#20 — Heat Surprise

White Chocolate Yuzu with Wasabi Dust

Citrus terpenes + Lactones — sinus-clearing heat bomb on finish

Ice Cream Heat 3 Adventurous
#37 — Palate Awakener

Grapefruit Szechuan with Fresh Ginger

Triad bridge: Limonene + Linalool — numbing tingle opens the palate

Sorbet Heat 4 Omakase
LINALOOL
Raspberry
Shiso
Ume
Limoncello
Champagne
Harissa
04 — Molecular Pairing

Bridge Geometry

We developed a formal system for describing molecular connections. The complexity of your bridge determines the depth of flavor harmony.

  • 2-Way BridgeSimple connection between two ingredients
  • TriadThree ingredients sharing one compound
  • TetradFour-way molecular network
  • HexagonalSix ingredients, one compound — the ultimate bridge
05 — Recipe Format

Precision Scaling

Every recipe is designed for easy scaling with gram-precise measurements.

#3 — Brown Butter Sage with Burnt Honey

Molecular Bridge: Butter → Honey via Maillard — Diacetyl + Furfural
Type: Gelato Fat: ~12% Serve: -12°C to -14°C Overrun: 25-30%
Ingredient1× (1 qt)2× (2 qt)
● Custard Base
Whole milk2 c4 c
Heavy cream1 c2 c
Egg yolks6 (110g)12 (220g)
Granulated sugar150g300g
Skim milk powder25g50g
Perfect Sorbet stabilizer4g8g
● Brown Butter Component
Unsalted butter (European)115g230g
Fresh sage leaves20g40g
● Burnt Honey
Raw honey (local)85g170g
Fleur de sel2g4g
● Finishing
Crispy sage leaves (garnish)8 leaves16 leaves