Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Molecular gastronomy essays
Molecular gastronomy
Molecular gastronomy
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Molecular gastronomy essays
For my research project I chose Molecular Gastronomy because I think it will benefit me in the future as I would like to be a chef. Molecular Gastronomy is the science that changes the chemical and physical appearance of food. I chose to research "To what extent is Molecular Gastronomy practical in the home kitchen". This was because I wanted to see if it was possible to recreate Molecular Gastronomy in the home kitchen and if it is really worth the trouble. The research methods I used were interviews, surveys, internet articles, books, you tube and experiments.
After researching "what is Molecular Gastronomy "I found that it is a scientific approach to cooking1. Peter Barham physicist describes it as "The application of scientific principles
…show more content…
I found that it tries to" capture the imagination of both the chefs and their customers".14 Molecular Gastronomy is used for a number of reasons, it stimulates all the senses, with foods that use unusual textures like foam and jellies, different flavours like egg and bacon iced cream and now there are even shells that have ocean noises coming from them as you eat a sea food delight.15 Another reason that Molecular Gastronomy is used is for fun, many chefs who practice it do it for the creativity and enjoyment. Physicist Peter Barham said "The idea that we can scientifically understand ways to make us really enjoy our food and apply that to be able to prepare, both in restaurants and at home, food that is increasingly satisfying". 16it is also used to get a good understanding how food works because in order to create the changes in the food you need to understand the chemistry and physics behind the particular food. Molecular Gastronomy is used to create a thrilling and exciting dining experience, this method of cookery needs a lot of prior knowledge of food and processes, if you did not enjoy creating or even eating the food it would not be used. Molecular Gastronomy is growing rapidly over the cooking …show more content…
Molecular Gastronomy research and experience, (June, 18, 2008) date accessed February, 7, 2013
20 Brendan Hill, Victoria the place to be, Molecular Gastronomy research and experience, (June, 18, 2008) date accessed February, 7. 2013
21 Interview with , date accessed 23 March 2012 Smoked Salmon Crotons with lemon cloud, This is the lemon cloud on crotons and salmon. To make this I needed to put Soy lecithinand blend it causing foam to form, this took about 10 minutes to fully form the foam.
Tomato and Buffalo Mozzarella with Balsamic Pearls and Basil Spaghetti, The main Molecular parts to this dish are the balsamic pearls that made by boiling balsamic vinegar and agar agar in a pan and then placing drops in cold oil, and the basil spaghetti made by putting agar agar and blended basil together and pushing it through a tube.
Rack of Lamb incrusted with mustard and herbs topped with beetroot foam on a bed of pea and leek pure with deep fried purple carrot, This rack of lamb has beetroot foam on to and it is made the exact same way as the lemon cloud but with beetroot
The ingredients are one 1lb of beef, ½ cup of olive oil, 1 large scallions, 1 half medium cabbage, 2 potatoes, 2 yams, 2 malanga, 2 butternut squash, 2 turnips, 1 stalk of celery, 3 medium carrots, 1 6 oz. package of spaghetti, 1 tablespoon of tomato paste 1 scotch bonnet pepper and 4 parsley springs. All of these ingredients can be found in every supermarket. Before we start we need to prepare the meat. First
My research question was, what jazz techniques did Sidney Bechet use and how can I use these to compose my own clarinet piece? There were different research processes used to find the answer to my question and they were: the internet, books, an interview, videos and music. These processes were useful to me as the information was accessed easily and effectively. Each process was used to find a different aspect of my research and allowed me to discover different angles and opinions on the topic. Using books, interviews and videos were new research processes for me and I discovered that they are very useful when conducting the research for this topic.
Skim milk cheese (skim milk, whey protein, cheese cultures, salt, enzymes, and Annatto extract for color).
Made from Oatmeal, Barley, Blueberries, Cranberries, Apples, Vanilla, Tomatoes, Ginger and Broccoli they sound so good I almost want to eat them!
Food technologist are those who make sure food are produced legally and safely. They modify foods to make them fat-free and to make ready meals. They also work with newly discovered ingredients as well as existing ingredients to make new recipes.
There are billions of people on this earth and each is unique in its own way. The same is true for molecules and substances. There are billions of different molecules and substances on earth and each one has unique properties to make it what it is. When looking at some of the smallest characteristics of things, molecular shape and intermolecular forces come into play. Molecular shape and intermolecular forces help determine what physical properties substances and objects have. Each plays a key role. Science is able to break substances down and determine what molecular shape and intermolecular forces have to do with physical properties.
Pauly, S. (2011, February). News from ABC: changes and challenges. Analytical & Bioanalytical Chemistry. pp. 1003-1004. doi:10.1007/s00216-010-4459-0.
Although people have their opinions about GM foods, the general population is uneducated and may not even know about genetically modified foods. Genetic engineering (GE) is part of the field of biotechnology which is the science of gene technologies such as manipulation, engineering, and modification (Henningfield). The genetic engineers inject genes from various sources including bacteria, viruses, animals, or humans into the DNA of a crop or an animal. The organisms created are known as geneticall...
All of these ingredients mixed together makes foam by a chemical reaction. The foam “bubble” is filled with oxygen; the yeast is used to remove the oxygen from the hydrogen peroxide. This process is very fast, and that is the reason the foam is formed. During the chemical reaction the bottle or tube starts to get warm. This chemical reaction is called Exothermic Reaction, which means it not only created foam it also created heat. This experiment is done in a long plastic tube. Once the process is occurring it starts to overflow out of the tube and looks like toothpaste. My second experiment is to compare the chemicals, the size of the foam and the reaction time. For the second run the ingredients are: potassium permanganate, 50% hydrogen peroxide, dish soap and water. Potassium permanganate is used for a bigger or larger reaction. It is an inorganic chemical and is a strong oxidizing agent. They are crystals with a bright purple color to them. The color of them is why this experiment eliminated food coloring. The chemical reaction between hydrogen peroxide and the potassium permanganate is very vigorous and it releases steam, but with the water and dish soap mixed in with the two chemicals makes it somewhat bubble and explode into a big tubular
In conclusion, cooking has evolved as technology has developed. But in the grand scheme of things we still have the same methods. Cooking helped the advancement of the human brain and the advancement of human teeth and our digestive tracts. Today we have restaurants, grocery stores, microwaves, and ovens. And all we started off with was a fire and a piece of meat with a stick stuck through it. Cooking was, is, and will be a vital part of the human life.
A large community that represents and promotes Culinology is known as the “Research Chef Association” (RCA). This association was founded in 1996 by a group of like-minded food professionals. Which today are still working towards one common goal: to bring excellence to food product development. The RCA believes that Culinologists both define and will create the future of food. To accomplish such a feat a great deal of work must be done, and a major part of achieving that goal is to be able to predict what the consumers want.
...esity is becoming an epidemic, nanotechnology could be used to create foods which are low in fat, salt and sugar but are still nutritionally dense and taste great. Food is naturally nanostructured material – simply boiling an egg causes many changes; the proteins in the egg white change shape and tangle together to form a solid. We now have the opportunity to study what exactly happens in these nanoscale changes. Nanotechnology gives us many ways to ensure our food is safe and waste is cut down. However, there are many concerns that this form of processing is another way to put more power into the hands of large food companies- yet food has never been safer than it is today largely due to the strict hygiene and sanitation practices these companies follow. As the population continues to grow – so too will the importance of new food technologies like nanotechnology.
... of marinates or light season with wheat dinner role. With choice of sides below
Food labs are great technique for experiencing and learning the right method for preparing healthy and clean food. For some people like me, who have no cooking experience it is very challenging, stressful, and enjoyable. I used to think that cooking is just adding variety of ingredients together, but it is more than that. Through the first two food labs I discovered that there are many things that people have to remember and watch for when cooking such as managing their time, planning a head, following proper knife handling techniques, following proper measuring techniques, following kitchen safety, and following the recipe. Also, through this food lab, I have faced some challenges, success, learned a lot of things, and discovered the roles of some important ingredients including salt, pastry flour, sugars, fats, baking soda, and eggs.