Science Fair Projects Ideas - Crème brûlée

All Science Fair Projects

      

Science Fair Project Encyclopedia for Schools!

  Search    Browse    Forum  Coach    Links    Editor    Help    Tell-a-Friend    Encyclopedia    Dictionary     

Science Fair Project Encyclopedia

For information on any area of science that interests you,
enter a keyword (eg. scientific method, molecule, cloud, carbohydrate etc.).
Or else, you can start by choosing any of the categories below.

Crème brûlée

Crème brûlée (French, "burnt cream", pronounced (IPA) in English; [kʁɛm bʁy le] in French) is a dessert consisting of a custard-like base whose sugar topping has been burnt into a hard caramelized layer. It is usually served cold in individual pots.

It may have originated in Britain in the 17th century where it is also known as Trinity College cream. It is claimed that chef at Trinity College, Cambridge accidentally burnt a custard he had sprinkled with sugar and served it up as a new dish.


Recipe

Serves 12.

These instructions should provide a crackly crust over a cold custard, balanced in sweetness, egg and cream content. Few can resist its light, silky texture. The procedure is due to Dawn Yanagihara [2].

USElsewhere
• 6 cups• 1.4 litreschilled heavy cream
• 1 cup• 240 mlgranulated sugar
• 1 pinch• 1 pinchsalt
• 2• 2vanilla beans
• 18• 18large egg yolks
• 12 tsp• 60 mlDemerara or Turbinado sugar

With the oven rack adjusted to its lower middle position, preheat the oven to 300° F (150°C). Fold a kitchen towel to cover the bottom of a large roasting pan and arrange 12 five-ounce (150 ml) ramekins on the towel. The ramekins should not touch each other, or the side of the roasting pan. If the roasting pan is not large enough, scale down the recipe.

Combine 3 cups of the cream, the sugar and salt in a medium saucepan. With a paring knife, halve the vanilla beans lengthwise and scrape the seeds into the saucepan. Submerge the pods in the cream. Bring the mixture to a boil over medium heat, stirring occasionally to dissolve the sugar. Remove the saucepan from the heat and steep the mixture for 20 minutes to infuse the flavor.

Meanwhile, separate the eggs, placing the yolks in a large bowl and storing the whites for another use. Bring a kettle of water to a boil. After the cream has steeped remove the pods and stir in the remaining 3 cups of cream to cool the mixture.

Whisk the egg yolks until they are evenly combined. Add a cup of the cream mixture to the yolks and whisk until combined. Continue adding cups of cream and whisking until evenly colored. Pour the mixture through a fine mesh strainer into a second bowl. Ladle the mixture into the 12 ramekins.

Place the roasting pan onto the oven rack and pour in boiling water until it reaches 2/3 the height of the ramekins. Do not splash water into the ramekins. Bake until an instant-read thermometer registers 170 to 175°F (77 to 79°C). At this time the centers of the custard should be barely set. The baking time depends upon the height of the ramekins. If shallow, start checking temperature at 30 minutes. Higher ramekins can take up to an hour to bake.

Cool ramekins to room temperature on a wire rack. Place on a shallow tray, cover with plastic wrap, and chill in the refrigerator for at least 4 hours. Before serving, uncover the ramekins and soak up any condensation with paper toweling. Spread 1 teaspoon turbinado (Demarara) sugar on each, tilting and tapping to spread the sugar evenly. Spread sugar only on the number of ramekins that will be served. The others can be stored for several days in the refrigerator for later use.

Ignite a propane blowtorch and caramelize the sugar on each ramekin. Take care to direct the flame away from any ignitable material. Avoid the miniature butane torch since its flame is not adequate for uniform caramelization in a reasonable amount of time. Re-chill the ramekins for not more than 45 minutes. A longer time leads to softening of the caramelized crust.

Serve and enjoy!

References

[1] Delia Smith's Complete Cookery Course by Delia Smith (BBC 1997) ISBN 0-563-36249-9 p.482

[2] Perfecting Crème Brûlée (Cook's Illustrated, Nov & Dec 2001) p.22

10-26-2009 08:16:03
The contents of this article is licensed from www.wikipedia.org under the GNU Free Documentation License. Click here to see the transparent copy and copyright details
Science kits, science lessons, science toys, maths toys, hobby kits, science games and books - these are some of many products that can help give your kid an edge in their science fair projects, and develop a tremendous interest in the study of science. When shopping for a science kit or other supplies, make sure that you carefully review the features and quality of the products. Compare prices by going to several online stores. Read product reviews online or refer to magazines.

Start by looking for your science kit review or science toy review. Compare prices but remember, Price $ is not everything. Quality does matter.
Science Fair Coach
What do science fair judges look out for?
ScienceHound
Science Fair Projects for students of all ages
All Science Fair Projects.com Site
All Science Fair Projects Homepage
Search | Browse | Links | From-our-Editor | Books | Help | Contact | Privacy | Disclaimer | Copyright Notice