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Food Science and Molecular Gastronomy
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Food Science and Molecular Gastronomy

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Questions and Answers

What is typically used as the calcium salt in the reverse spherification process?

  • Calcium lactate (correct)
  • Sodium alginate
  • Potassium chloride
  • Calcium carbonate
  • Why is it recommended to freeze the liquid in hemispherical or spherical molds?

  • To prevent the spheres from breaking apart (correct)
  • To make the process more efficient
  • To make the spheres stronger
  • To create spheres of a uniform size
  • What is the purpose of combining water with the gelling agent in the setting bath?

  • To set the membrane around the sphere (correct)
  • To make the membrane thicker
  • To flavor the sphere
  • To create a uniform sphere size
  • Why should the spheres not touch each other in the setting bath?

    <p>They will stick together</p> Signup and view all the answers

    What is the recommended time for small spheres to stay in the setting bath?

    <p>2 minutes</p> Signup and view all the answers

    What happens to the flavor of the spheres if they are stored in plain water for too long?

    <p>It is leached out</p> Signup and view all the answers

    What is the recommended storage method for spheres that need to be stored for an extended period of time?

    <p>Storing them in the flavored base</p> Signup and view all the answers

    What is the purpose of rinsing the spheres in a water bath after they have set?

    <p>To prepare them for serving</p> Signup and view all the answers

    In reverse spherification, what is used as the gelling agent?

    <p>Sodium alginate</p> Signup and view all the answers

    What is the result of not freezing the liquid in hemispherical or spherical molds?

    <p>The process will be more difficult</p> Signup and view all the answers

    Study Notes

    Molecular Gastronomy

    • Molecular gastronomy focuses on the mechanisms of transformation during culinary processes, unlike traditional food science which focuses on chemical composition and industrial production.
    • It aims to generate new knowledge on the chemistry and physics behind culinary processes, and develop new ways of cooking rooted in science.

    Molecular Cuisine

    • Molecular cuisine, also known as Modernist Cooking, applies the science behind molecular gastronomy to create new techniques in cooking food.
    • It helps bring out a new set of flavors and textures, and provides new experiences for diners.
    • Chefs like Ferran Adria, considered the father of modernist cooking, use this style of cooking.

    Emulsification

    • Emulsification is a technique where two liquids that don't mix become combined in a stable way.
    • It is a very old cooking technique, used in recipes that include mayonnaise or sauces.

    Foaming

    • Foaming is a structure that traps air in bubbles, similar to an emulsion which traps fat or liquids in a structure.
    • Techniques like agar fluid gels, gelatin, and xanthan gum can be used to create foams with different textures and densities.

    Gelling

    • Gelling is a wide-ranging and important technique in traditional and modern cooking, taking anywhere from a few minutes to many hours.
    • Fluid gels are a special type of gel that behave as both a gel and a liquid, with uses similar to thickened liquids but with different textures.
    • Fluid gels can be used to create sauces with a consistency of ketchup or pudding, and stay in place on the plate better than thickened liquids.

    Low Temperature Cooking

    • Sous vide, or low temperature cooking, is the process of cooking food at a very tightly controlled temperature, normally the temperature the food will be served at.
    • It helps achieve texture and doneness not found in other cooking techniques, and provides conveniences for professional kitchens.
    • Sous vide has been used in upscale culinary kitchens since the 1970s and is now becoming popular in home kitchens.

    Reverse Spherification

    • Reverse spherification is a process that combines a calcium salt with a flavored base to create spheres.
    • The spheres are frozen, then placed into a setting bath with sodium alginate to create a membrane.
    • The spheres can be stored for several hours or overnight in liquid, but the liquid can leech out some of the flavor.

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    Description

    This quiz covers the differences between food science and molecular gastronomy, focusing on the latter's emphasis on culinary processes and transformations in cooking.

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