Read Online Mastering the Art of French Cooking, Volume 2 by Julia Child - Free Book Online Page B
Authors: Julia Child
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molecules become gluey when moistened and join together in an elastic web throughout the dough. Then, while the yeast cells are feeding and multiplying on the starch, their voracious activity forms tiny pockets of gas that push up the surrounding mesh of gluten, making the dough rise. At the same time the gluten itself, if given time, goes through a slow ripening process that gives the dough flavor, cohesion, and elasticity. These important developments in the glutenmust take place if a very simple dough, such as that for plain French bread, is to turn into something splendidly satisfying to eat. Thus, rather than trying to speed things up by using lots ofyeast and a warm rising temperature, you want to provide time for ripening by slowing everything down with a minimum of yeast, a tepid temperature, and several risings.
Many reasons are given for the doleful state of much contemporary bread both here and in France: it is not baked in wood-fired ovens; both the flour and water are full of chemicals; it is machine-kneaded; and so forth. The villain in the bread basket is speed: the yeast has not been given the time it needs to accomplish its triple function of developing flavor and texture as well as volume.
YEAST
Yeast is a living organism, but it is inactive or dormant when you buy it, either as a fresh cake wrapped in silver paper or as dry yeast in a sealed envelope. Fresh cake yeast must be a uniformly creamy gray with no spots of discoloration, and is perishable; it will keep only about a week under refrigeration but for several weeks when wrapped airtight and frozen. Dry-active yeast should be stored in a cool, dry place, or in the refrigerator or freezer; use it before the expiration date stamped on the envelope. Either type of yeast may be used, but both must be completely liquefied before the yeast is ready to become active. Although you can mix it, as is, into the dry ingredients and blend in warm water, we prefer the almost as rapid but visually positive method of liquefying it separately.
Proving yeast
When you know your yeast is fresh, you need have no doubts about its capacities. If you think it may be stale do not hesitate to make it prove itself by dissolving it in the warm water called for in your recipe; stir in also a tablespoon of flour and a pinch of sugar. It is active and ready to use if it begins to foam and to increase in volume in about 8 minutes: the yeast cells, spurred on by the sugar, are feeding on the flour.
DOUGH TEXTURE, VOLUME OF RISE, TEMPERATURE
Anyone used to American bread making will be surprised to find that the doughs for all of the following recipes are light, soft, and sticky when first made because the dough is to triple rather than double in volume during its first and usually its second rise: this is the period during which it develops its flavor and texture. Rather than rising in a warm place of around 85 degrees, which would cause it to ferment and acquire an unpleasant yeasty-sour taste, it must rise in the low 70’s if you can possibly manage it, or at an even lower temperature if you wish to delay the process.
THE WEATHER
We therefore suggest that you do not attempt your firstbread-making spree in a hot kitchen. When you are used to doughs and know how they should look, smell, and feel, you can adjust your procedures to the weather, letting the dough rise part of the time in the refrigerator, for instance, or deflating it when partially risen and letting it push itself up several times. Rainy or humid weather and steamy rooms also have their adverse affect, making dough unduly sticky, even sweaty; pick a dry day and a dry room, then, for your first venture. In other words, make everything as easy as possible for yourself.
TIMING AND DELAYED ACTION
Although it will take you a minimum of 7 hours from start to finish for most of these recipes, that does not mean that you are hovering over your dough for 7 straight hours. During almost all of this time the dough is
Many reasons are given for the doleful state of much contemporary bread both here and in France: it is not baked in wood-fired ovens; both the flour and water are full of chemicals; it is machine-kneaded; and so forth. The villain in the bread basket is speed: the yeast has not been given the time it needs to accomplish its triple function of developing flavor and texture as well as volume.
YEAST
Yeast is a living organism, but it is inactive or dormant when you buy it, either as a fresh cake wrapped in silver paper or as dry yeast in a sealed envelope. Fresh cake yeast must be a uniformly creamy gray with no spots of discoloration, and is perishable; it will keep only about a week under refrigeration but for several weeks when wrapped airtight and frozen. Dry-active yeast should be stored in a cool, dry place, or in the refrigerator or freezer; use it before the expiration date stamped on the envelope. Either type of yeast may be used, but both must be completely liquefied before the yeast is ready to become active. Although you can mix it, as is, into the dry ingredients and blend in warm water, we prefer the almost as rapid but visually positive method of liquefying it separately.
Proving yeast
When you know your yeast is fresh, you need have no doubts about its capacities. If you think it may be stale do not hesitate to make it prove itself by dissolving it in the warm water called for in your recipe; stir in also a tablespoon of flour and a pinch of sugar. It is active and ready to use if it begins to foam and to increase in volume in about 8 minutes: the yeast cells, spurred on by the sugar, are feeding on the flour.
DOUGH TEXTURE, VOLUME OF RISE, TEMPERATURE
Anyone used to American bread making will be surprised to find that the doughs for all of the following recipes are light, soft, and sticky when first made because the dough is to triple rather than double in volume during its first and usually its second rise: this is the period during which it develops its flavor and texture. Rather than rising in a warm place of around 85 degrees, which would cause it to ferment and acquire an unpleasant yeasty-sour taste, it must rise in the low 70’s if you can possibly manage it, or at an even lower temperature if you wish to delay the process.
THE WEATHER
We therefore suggest that you do not attempt your firstbread-making spree in a hot kitchen. When you are used to doughs and know how they should look, smell, and feel, you can adjust your procedures to the weather, letting the dough rise part of the time in the refrigerator, for instance, or deflating it when partially risen and letting it push itself up several times. Rainy or humid weather and steamy rooms also have their adverse affect, making dough unduly sticky, even sweaty; pick a dry day and a dry room, then, for your first venture. In other words, make everything as easy as possible for yourself.
TIMING AND DELAYED ACTION
Although it will take you a minimum of 7 hours from start to finish for most of these recipes, that does not mean that you are hovering over your dough for 7 straight hours. During almost all of this time the dough is
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