I am new to non linear dynamics, I am reading some papers and there are terms that I am finding every which I still have no idea about their meaning. What is:
1. Inhibitory coupling
2. An attractor
Any explanation or reference is warmly welcome
Thanks
Hello,
I am a physics student and I am trying to set up a microscale chemical experiment that involves Sulfuric Acid, Feroin, Molonic Acid, Sodium Bromade and water. I want to study the physical behavior of this reaction as I change the concentration of different components such as Sulfuric...
Thank you very much. I calculated
[P,V(x)]in x-basis and I found a cosine function. Hence the momentum is not always conserved and hence is conserved at certain values of x.
When I was learning translational symmetry I saw that for translation invariance, i.e
[T,H]=0
the momentum P needs to be conserved
[P,H]=0.
This momentum is actually the generator of small translations defined as
T:x→x+ε.
Now, I was solving some problems and I met one which is...
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Hi everyone,
There is a lottery where in every 100 tickets 10 of them must win. Now, me and my friends want to try. We are 6 and we wish to play such that at least 3 of us win. Can anyone help me and tell me what is the probability that this happen?
Thank you.
Thanks for your explanation. But now, let's take a physical example: "LIGHT". I've been reading that Light Polarization would help in the understanding of pure and mixed state. Suppose I have a beam of light which can be polarized or not. As I read, a polarized light (photon) is a pure state...
In quantum mechanics, regarding light (photon), how to tell that a wavefunction is in a pure state or mixed state?
I am learning these stuffs for my first time.
I have attempted to answer that question but I am not sure: a wavefunction can be wrtitten as a linear combination of linear...