Fundamental elements transformation

In summary, the conversation discusses the possibility of expressing a simple principle into a mathematical form. This principle states that if an isolated system undergoes a change in its elements and properties over time, it can be explained using lower level elements present at both initial and final states. The example given is the transformation of caterpillars to butterflies, which must share the same DNA. This is related to the concept of photons as elementary particles creating virtual electron-positron pairs, which is difficult to prove or disprove due to its vagueness.
  • #1
calinvass
159
5
I wonder if it is possible to express a simple principle into a mathematical form. The simple principle says if at time t0 an isolated system is composed of some elements with some properties then at t1 it is composed of other elements with different properties, then in principle it is possible to explain the elements the system has at t0 and t1 using lower level elements that are present at t0 as well as at t1 in a different configurations. For example at t0 we identify elements of type E0 with certain properties then at t1 we have elements of type E1. There must be lower level elements of type e0,e1,..,en that when combined they form E0 and E1. If not, the elements e1 can never occur.
This principle may not be correct, but to me it seems true.
This is like saying if catterpillars can turn to butterflies the they must share the same DNA.
This is related to phtons as elementary particles creating virtual electron- positron pairs which are also elementary.
 
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  • #2
This is too vague to be proven or disproven.
 

1. What are fundamental elements?

Fundamental elements refer to the basic building blocks of matter, such as hydrogen, oxygen, carbon, and nitrogen. These elements cannot be broken down into simpler substances and are essential for all living organisms.

2. What is transformation in the context of fundamental elements?

Transformation in the context of fundamental elements refers to the change or conversion of one element into another. This can occur through natural processes, such as nuclear fusion in stars, or through human activities, such as chemical reactions in a laboratory.

3. Can fundamental elements be created or destroyed?

No, fundamental elements cannot be created or destroyed. They can only be transformed into different forms through physical or chemical processes. This is known as the law of conservation of mass.

4. How do fundamental elements play a role in everyday life?

Fundamental elements are essential for all living organisms and play a crucial role in our everyday lives. For example, oxygen is necessary for respiration, carbon is the basis of all organic molecules, and nitrogen is a key component in proteins and DNA.

5. What is the significance of studying fundamental elements transformation?

Studying fundamental elements transformation helps us understand the processes that shape our world and the universe. It also allows us to develop new technologies and applications in fields such as medicine, energy production, and environmental conservation.

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