What is the relationship between mass, energy, and acceleration?

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In summary, the conversation discusses the origin of mass and energy in the universe. The current understanding is that mass is a product of fluctuations in fields, which have the potential to accelerate other fields. The big bang theory and quantum fields and strings are still being studied to fully understand the fundamental universe. There is no clear order in the relationship between mass, energy, and acceleration, and the exact physics are still being researched.
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ax3111
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I've asked all of my teachers where mass comes from, like what causes things to be "massive" and all that. I know something has mass when it has energy blah blah blah but like, why do things have energy then?
 
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ax3111 said:
I've asked all of my teachers where mass comes from, like what causes things to be "massive" and all that. I know something has mass when it has energy blah blah blah but like, why do things have energy then?

From what I have read... from void you could end up having matter and anti-matter to pop-up! The probability is extremely low.. but not zero.

For the big bang theory, there is various hypothesis being made about it.
 
  • #3
Mass is a product of fluctuations in fields according to current field theory. The more rapidly a field oscillates the more dense the field is per unit volume, more energy which we perceive as mass.

It is a persistent illusion.
 
  • #4
so basically all energy comes from the forces? And with that all mass comes from the forces?
 
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ax3111 said:
so basically all energy comes from the forces? And with that all mass comes from the forces?

What is mass? It is a potential, like a wall in your living room, it has potential, the potential to accelerate something, like a ball thrown at it, which accelerates when it comes in contact with it.

Fluctuations in fields have the potential to accelerate another field, the fields that make up the ball. This is what it boils down to in an elementary way. Though the exact physics are not available yet.

For example it is not fully understood why the particles such as the electron and proton have the specific masses that they have. The study of quantum fields and "strings" is still theory, it is still in the works and there is much we do not understand about the fundamental universe.
 
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okat but from my understanding, acceleration and "potential" to do anything is a product of mass. These things come from mass, not the other way around, or am I wrong?
 
  • #8
ax3111 said:
okat but from my understanding, acceleration and "potential" to do anything is a product of mass. These things come from mass, not the other way around, or am I wrong?

I would say it is the other way around. We, as humans, may have defined mass first as it is a classical point of view.

More correctly I would say that there is no order involved. (E = m = a) in any order you want.
 
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FAQ: What is the relationship between mass, energy, and acceleration?

What is the origin of mass?

The origin of mass can be traced back to the Higgs field, a quantum field that exists throughout the universe. The Higgs field interacts with particles and gives them mass through the Higgs mechanism.

How does the Higgs mechanism work?

The Higgs mechanism works by giving particles mass through their interactions with the Higgs field. Particles that interact more strongly with the Higgs field will have a higher mass, while particles that interact less will have a lower mass.

Is mass the same as weight?

No, mass and weight are not the same. Mass is a measure of the amount of matter in an object, while weight is a measure of the force of gravity acting on an object. Mass is constant, but weight can vary depending on the strength of gravity.

Can mass be created or destroyed?

According to the law of conservation of mass, mass cannot be created or destroyed, only transformed from one form to another. This means that the total mass in a closed system remains constant, even if it undergoes changes in form.

How does the concept of mass tie into the theory of relativity?

Einstein's theory of relativity showed that mass and energy are interchangeable, and that mass can be thought of as a form of energy. This led to the famous equation E=mc², which states that the energy of a system is equal to its mass multiplied by the speed of light squared.

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