Translate

Search the site

Showing posts with label MolecularCooking. Show all posts
Showing posts with label MolecularCooking. Show all posts

Friday, April 24, 2015

Check out FoodLab (dot) com / Vegan Baking (dot) net

From "FoodCraftLab is my attempt to push the envelope of food; food that doesn't happen to use animal products. What about foods like kimchi, beer, wine and chocolate? Mastering the understanding behind the food science of these and other foods is, in my opinion, the key to pushing food forward. I refer to this as foodcrafting. Many foods have methodologies that can be interpreted, borrowed and applied to other aspects of food production to make more flavorful, better quality and more interesting food. Join me on my foodcrafting journey as I attempt to find out as much as possible about the foods I love and share a few tips along the way.
FoodCraftLab - Vegan food science and the quest for flavor
FOODCRAFT
verb
the act of breaking food down to its most simple forms, analyzing it and preparing it with the information you have gleaned.
to design or make food with skill and careful attention to detail while not being afraid to buck tradition in the pursuit of outstanding quality.

I also run Veganbaking.net where I attempt to make vegan baking more accessible by demystifying the food science behind it.

-Mattie"



Friday, September 26, 2014

Science & Cooking: From Haute Cuisine to Soft Matter Science

"Top chefs and Harvard researchers explore how everyday cooking and haute cuisine can illuminate basic principles in physics and engineering, and vice versa.
Science & Cooking
About this Course

*Note - This is an Archived course*

This is a past/archived course. At this time, you can only explore this course in a self-paced fashion. Certain features of this course may not be active, but many people enjoy watching the videos and working with the materials. Make sure to check for reruns of this course.

During each week of the course, you will watch as chefs reveal the secrets behind some of their most famous culinary creations — often right in their own restaurants. Inspired by such cooking mastery, the Harvard team will then explain, in simple and sophisticated ways, the science behind the recipe.

Topics will include: soft matter materials, such as emulsions, illustrated by aioli; elasticity, exemplified by the done-ness of a steak; and diffusion, revealed by the phenomenon of spherification, the culinary technique pioneered by Ferran AdriĆ .

To help you make the link between cooking and science, an “equation of the week” will capture the core scientific concept being explored. You will also have the opportunity to be an experimental scientist in your very own laboratory — your kitchen. By following along with the engaging recipe of the week, taking measurements, and making observations, you will learn to think both like a cook and a scientist. The lab is also one of the most unique components of this course — after all, in what other science course do you get to eat your lab?

 Learn more.

7 Common Molecular Gastronomy Terms and Techniques

molecular gastronomy
"1. Sous-Vide: Translated as “under vacuum,” this French term means that the food (usually meat or vegetables) has been cooked in an airtight plastic bag submerged in a temperature-controlled water bath for a very long time. Food prepared this way is always cooked evenly, with both the inside and outside equally tender.

2. Flash Frozen: With this molecular gastronomy technique, food is frozen almost immediately often by using liquid nitrogen. This allows the water inside fruits, vegetables and other fruits to freeze without creating large crystals or damaging the cell membranes, thus preserving the texture of frozen foods (which would otherwise be mushy when defrosted).

3. Faux Caviar: Using a process known as spherification, liquid food like olive oil, tea and fruit juice can be turned into tiny little balls that look like caviar (see top image). The liquid is held in its shape by a thin gel membrane and enjoyed as a solid.

4. Deconstructed: If you deconstruct a sand castle, you knock it down. This same idea applies to deconstructed dishes, which feature separate building blocks instead of having everything combined. Deconstructed dishes allow the diner to construct a customized experience in his or her mouth.

5. Edible Paper: Made with potato starch and soybeans, these tasty sheets of paper are often printed with edible fruit inks from a laser printer.

6. Powdered Food: Chefs use maltodextrin, a starch-like substance, to turn a high-fat liquid like olive oil into a powder.

7. Foams: If you’ve ever had a meringue on top of a pie, you’ve eaten a foam. Chefs are now turning fruits, vegetables and cheese into foams using food stabilizers and thickening agents."
Credit

Thursday, September 18, 2014

Molecular gastronomy techniques and additives

"Molecular gastronomy can be defined as the fusion of food science and culinary arts. New technologies and natural texturing agents can now be used to deconstruct any dishes and cocktails, enabling one to serve mojito bubbles and martini bites, as well as balsamic vinegar pearls and chocolate spaghettis...
  • GELIFICATION: Sculpt flavors into tasty pearls, ravioli or spaghettis.
  • SPHERIFICATION: Encapsulate flavors into bubbles that burst in your mouth.
  •  EMULSIFICATION: Create colorful foams that intensify aromas
  • SIPHON WHIPPING: Add a creamy touch to your desserts, appetizers and side dishes
  • SUSPENSION: Defy gravity by giving flavors a suspended twist
  • POWDERIZING: Transform any fatty ingredient into a light flavored powder.
  • DEEP FREEZING: Cook with the cold or create incomparably smooth ice cream"
See all of the definitions in full @ Molecule-R