Manipulating Matter: Exploring Creation of Food

In summary, the conversation discusses the possibility of creating food using atoms and the challenges that come with it. It is mentioned that all things are made of atoms and that scientists can manipulate them, but creating food requires a lot of energy and money. It is also mentioned that nature is better at creating food through photosynthesis. The difficulty of precisely placing atoms in a molecule is also mentioned as a challenge in creating food.
  • #1
Wellesley
274
3
I apologize if I posted this in the wrong area. Hopefully, I chose correctly.

I guess my question is linked to the composition of matter and our ability to manipulate it. If all things are made out of atoms (hence electrons, protons and neutrons), why can't scientists create food? As bizarre as it sounds, the substances we eat must contain protons, electrons and neutrons. If we can strip electrons off a metal, and we can shoot protons beams at objects, what is stopping us from creating food like the replicators do on Star Trek?
 
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  • #2
Lots and lots of energy which requires lots and lots of money.

It's entirely possible to take some hydrogen gas and squeeze on it until it fuses into helium... I forgot what comes next, but anyway you can keep doing that until you get to carbon and then throw that stuff into some hydrogen under the right conditions and you get a protein of some sort.

The problem is that the process takes a lot of energy and that would cost a lot of money. I'm talking trillions of dollars here. All the atoms we have on Earth? All the carbon, silicon, oxygen, iron, etc., came from fusion at the core of a star, or a super nova.

Not only that, but it turns out nature is a lot better at doing this than we are. To be fair, it had a several billion year head start. Plants take in sunlight and use it as energy and that helps them build their own cells. Animals eat plants, yadda yadda, go watch Lion King for details.
 
  • #3
I don't think we were able to create a single protein up to this day. I might be wrong though.
A lot of energy as said WarPhalange but I doubt it's the biggest issue. Think about that, a protein is a complex molecule (or maybe even very complex one). How do you think you can shoot a proton or whatsoever exactly at the place it should be in the molecule? Also it should have the "good" velocity in order not to damage the molecule. It's way too hard I believe for the technology we have nowadays.
 

1. What is the process of manipulating matter to create food?

The process of manipulating matter to create food is known as food engineering. It involves using scientific principles and techniques to transform raw ingredients into safe, nutritious, and appealing food products. This can include processes such as mixing, heating, cooling, and packaging.

2. What are some examples of manipulating matter to create food?

Some examples of manipulating matter to create food include baking bread, fermenting yogurt, pasteurizing milk, and canning vegetables. Other techniques may include emulsifying, drying, or freezing food products.

3. How does manipulating matter impact the taste and texture of food?

The way matter is manipulated can greatly impact the taste and texture of food. For example, heating, grinding, or blending can change the texture of food, while adding salt or sugar can enhance the taste. Manipulating matter can also help create new flavors and textures that are not found in nature.

4. What are some potential benefits and risks of manipulating matter to create food?

The potential benefits of manipulating matter to create food include the ability to produce a wider variety of foods, extend shelf life, and make food more convenient and accessible. However, there are also potential risks, such as the use of additives or chemicals that may be harmful to health if consumed in large quantities.

5. How does manipulating matter in food production impact the environment?

The process of manipulating matter in food production can have both positive and negative impacts on the environment. On one hand, it can lead to more efficient use of resources and reduce food waste. On the other hand, it can also contribute to pollution and greenhouse gas emissions, especially if not done in a sustainable manner.

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