Computational Food
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Transcript of Computational Food
COMPUTATIONAL FOODthe hidden code of edible materials
MIT Media Lab : Mas.834 Tangible Interfaces : Fall 2014
Viirj Kan Judith Amores Chikara Inamura Yujie Hong Dhruv Jain
FOOD HA S MANY PROPERTIES
Conductivity Capacitance Resistance
Electrical
Fats Carbohydrates Proteins
NutritionBiodegradable Growth Phase change
EcologyFlavor Aroma Haptic
SensoryExperiential Emotive Memories
Social
PH Reactivity Thermal
ChemicalPlasticity Ductility Elasticity
MechanicalColor Transparency
Optical
PRE- INDUSTRIAL REV OLUTIONfood was both our source for nutrients and for use as clothing, medicine and many more
INDUSTRIAL REV OLUTIONwe isolated and extracted the elements in food products as we exploited our capabilities to manipulate food on a molecular level
CURRENT DAYtoday we utilize the isolated, abstracted, and refined ingredients from originally edible ingredients into a plethora of products where some edible, some cosmetic, others toxic.
Seaweed
Sodium (Na)
Sodium Alginate
Edible Seaweed Gaviscon
Heartburn Medicine
Waterproof & Fireproof Fabrics
Thickener for ice-cream
Apparel
Potato
Potato starch
Paper adhesive
Brewing Vodka
Mashed potatoes
Textile warp sizing
Cardboard
Yarn
Packing peanuts
Pastries
WHAT IS THE FUTURE OF FOOD? as we gain greater control of our food, they will look, shape, smell and behave increasingly unfamiliar from its original form - with potentially harmful side effects
TOOLKITS FOR T W O L IKELY FUTURESCONNECTIONCONTROLfor people to reestablish the relationship with the food by unfolding the invisible data to protect oneself from potential risks
for people to manipulate food with greater control and derive edible, functional, and interactive materials.