How electrons move in subatomic world?

In summary, the concept of wave-particle duality for electrons is outdated and they are now understood as quantum particles rather than classical particles or waves. Their behavior is determined by the conditions and interactions they encounter. The idea of wave-particle duality is being challenged in current discussions and readers are encouraged to read further about it.
  • #1
Quantum Velocity
73
6
Guy guy, i just learn a little bit about quantum physics and i know that electrons is not particles.
But i don't understand how it move.
By the way I am only a secondary school student.
If you explain it clearly and easy to understand i'll be very happy.
But thank you all for taking time to help me!
 
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  • #2
Electrons can be both waves and particles and it's the conditions that determine whether they should behave like a wave or particle. They can exist as a region of space with high probability of finding the electron and within that space, they can literally teleport around.
 
  • #3
when they are waves
when they are particles
 
  • #4
Trollfaz said:
Electrons can be both waves and particles and it's the conditions that determine whether they should behave like a wave or particle.

Oh please, not that again. Wave-particle duality is an outdated concept! Electrons are quantum particles not classical particles nor waves. There are plenty of threads here about that, use 'search'.
 
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Likes phinds
  • #5
If any interactions "look" for their wave like characters, they behave like waves while any interactions that "looks" for their particle characters, they behave like particles.
 
  • #7
@Quantum Velocity and @Trollfaz please read the links provided by @weirdoguy

As he says, the wave/particle duality is an outdated concept. And @Trollfaz please be careful not to spread misinformation. That is not allowed at the PF.

Thread is closed.
 

FAQ: How electrons move in subatomic world?

How do electrons move in the subatomic world?

Electrons move in the subatomic world through a phenomenon known as quantum tunneling. This means that they can move through barriers or energy barriers even if they do not have enough energy to overcome them, due to their wave-like nature.

What determines the movement of electrons in the subatomic world?

The movement of electrons in the subatomic world is determined by a combination of factors such as their energy level, the strength of the electric field they are in, and the presence of other particles or fields that may interact with them.

Can electrons move in a straight line in the subatomic world?

No, electrons do not move in a straight line in the subatomic world. Due to their wave-like nature, they follow a probabilistic path and can be found in different locations at any given time. This is described by the Heisenberg's uncertainty principle.

How do electrons behave in different subatomic environments?

The behavior of electrons in different subatomic environments can vary. In some cases, they may behave like particles and in others, they may behave like waves. This duality is known as wave-particle duality and is a fundamental concept in quantum mechanics.

How do electrons interact with other particles in the subatomic world?

Electrons can interact with other particles in the subatomic world through various fundamental forces, such as electromagnetic, weak, and strong interactions. These interactions play a crucial role in determining the behavior and movement of electrons in the subatomic world.

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