Molecular gastronomy

GPTKB entity

Statements (100)
Predicate Object
gptkbp:instanceOf gptkb:academic
cooking style
gptkbp:aimsTo create novel dishes
enhance flavor
improve food texture
gptkbp:appliesTo cooking techniques
food presentation
gptkbp:coinedBy gptkb:Nicholas_Kurti
gptkb:Hervé_This
gptkbp:focusesOn chemical processes in cooking
physical processes in cooking
https://www.w3.org/2000/01/rdf-schema#label Molecular gastronomy
gptkbp:notableFor gptkb:Ferran_Adrià
gptkb:Grant_Achatz
gptkb:Heston_Blumenthal
gptkb:Wylie_Dufresne
gptkbp:originatedIn late 20th century
gptkbp:relatedTo food science
modernist cuisine
avant-garde cuisine
gptkbp:studies gptkb:Maillard_reaction
food additives
food safety
dehydration
sensory perception
food preservation
emulsions
fermentation
food dehydration
food rheology
gels
crystallization
cooking temperatures
foams
aroma release
caramelization
culinary phenomena
enzymatic browning
flavor encapsulation
food aeration
food aggregation
food aromas
food brittleness
food carbonation
food clarification
food coagulation
food color changes
food colorants
food creaminess
food crunchiness
food crystallinity
food dispersion
food distillation
food elasticity
food emulsifiers
food encapsulation
food extraction
food filtration
food flavorings
food foaming agents
food gelling agents
food microstructure
food mouthfeel
food nanostructure
food phase transitions
food plasticity
food polymorphism
food precipitation
food rehydration
food sedimentation
food smoothness
food solubility
food stabilizers
food structure
food suspension
food thickeners
food transformations
food viscosity
freeze-drying
hydrocolloids
ingredient interactions
lipid oxidation
pressure cooking effects
protein denaturation
starch gelatinization
taste perception
texture modification
thermal conductivity in food
vacuum infusion
gptkbp:uses gptkb:sous-vide
liquid nitrogen
centrifugation
foams
emulsification
gelification
spherification
vacuum cooking
gptkbp:bfsParent gptkb:Ferran_Adrià
gptkb:Heston_Blumenthal
gptkbp:bfsLayer 4