Oscillation in Charged Particles

In summary: If you are confused, try to see if you can find information at the level you understand. And build on that.It is very important to learn some math to understand electromagnetism and quantum mechanics, so try to learn more math.In summary, the cause of electromagnetic radiation is the oscillation of charged particles. The fluctuations in the electromagnetic fields cause the release of virtual photons. To understand these concepts, it is important to have a basic understanding of math and physics. A particle is considered virtual if it does not fulfill the equation E^2 = (pc)^2 + (mc^2)^2. It is recommended to start with introductory math and physics before delving into more complex topics. Additionally, reading relevant articles on
  • #1
sudhirking
63
2
What causes EM radiation?? the answer is in the oscillation of charged particles, but why or how does that produce electromagnetic radiation? How does the fluctuations in the electromagnetic fields cause release of virtual phtotns, or does it, and other EM radiation??
please help me through conceptual logic as I am very confused..

Once those base questions are answered, can some1 please tell me how the virtual photon itself works and why it is only a sunstaiable magnitude for a limited time. in essence, why is it "virtual" or what causes it to be..
Also, if possble, may have the definition to a virtual particle because to me it seems very... umm "scalar", with no particle sense of a pin-point orentation.
 
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  • #2
You have not even done high school.

Why not just pick up a textbook in introductory electromagnetism? Stop asking so many questions and follow our advise instead.

i) learn math, start with calculus and linear algebra
ii) learn basic physics, start with Newtonian and Analytical Mechanics and electromagnetism

Then you can start doing "real" stuff, otherwise it is just waste of time for us trying for us to explain to you. Each answer you have got so far have raised 3 new for you - questions that what a student of physics ALREADY should have known. So you are doing things in wrong order, it is not efficient.

A particle is virtual if it is off mass shell, i.e. it does not fulfill: [tex] E^2 = (pc)^2 + (mc^2)^2 [/tex]
E is energy, p is momentum, c is speed of light, m is its mass. So, that is the answer, nothing less nothing more.
 
  • #3
sudhirking,

One way for you to pick up some basic learning is by reading relevant Wikipedia articles. Some of them are easier to understand than others.

Try the articles on "Virtual Particles", "photon", and "electromagnetic radiation". These will give you links to other related subjects as well.
 

FAQ: Oscillation in Charged Particles

What is oscillation in charged particles?

Oscillation in charged particles refers to the periodic back-and-forth motion of charged particles in response to an external force or field. This motion can occur in various forms, such as simple harmonic motion or circular motion.

What causes oscillation in charged particles?

Oscillation in charged particles is caused by the interaction between the charged particle and an external force or field. This force or field can come from a variety of sources, such as electric or magnetic fields, or from the interactions between particles in a plasma.

What are some real-world applications of oscillation in charged particles?

Oscillation in charged particles has many practical applications, including in telecommunication devices, particle accelerators, and plasma-based technologies. It is also important in understanding the behavior of charged particles in space, such as the Van Allen radiation belts.

How do scientists study oscillation in charged particles?

Scientists study oscillation in charged particles through a combination of theoretical models and experimental observations. They also use advanced tools and techniques, such as particle accelerators and plasma simulations, to better understand the behavior of charged particles in different environments.

What impact does oscillation in charged particles have on our daily lives?

Oscillation in charged particles plays a crucial role in many aspects of our daily lives, from the functioning of electronic devices to the behavior of the Earth's magnetic field. It also has important implications for space weather and the safety of spacecraft and astronauts in orbit.

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