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Physics : Recent Questions and Answers (Page 202)

Find answers to your questions about Physics or help others by answering their Physics questions.

What are the material restrictions for a $chi^{3}$ non-linear optical material?

For instance, I know that $chi^{2}$ materials need to lack inversion symmetry, but what about $chi^{3}$ materials?...

Asked on 07/08/2021 by Connor Skehan

1 answer

Fourier transform of Bessel function

Please help me find the the representation in $k$-space (Fourier transform) of the following function:$$f(k_t, k_z, m) = J_m(k_trho)exp(ik_zz)exp(imphi)/N$$ The properties of $f$ given...

Asked on 07/08/2021

1 answer

Doubt in a property of Laplace equation

One of the Laplace equation's property says that the maxima and minima can only occur at the boundaries.Okay so lets take 2 positive charges, one at the origin and...

Asked on 07/08/2021

4 answer

Can you explain Vernier effect in fairly simple terms?

I already searched myself, but none of the sources I found explains it in itself. Usually it's some paper that uses Vernier effect for something. It's all convoluted. All I...

Asked on 07/07/2021

0 answer

How is the magnetization $M$ of a material measured?

In a linear material under the influence of an external field $H$, magnetization $M$ is given bybegin{align}{bf M} = chi {bf H},end{align}so that...

Asked on 07/07/2021 by Lucas Baldo

0 answer

Replacing the classical variables simple by the operators in quantum mechanics

While defining the concept of angular momentum in quantum mechanics, I see that in definition they have replaced the classical variable by their respective operators. I want to know what's...

Asked on 07/07/2021 by Devesh Vaish

0 answer

Kleppner and Kolenkow errata?

I’m self-studying “An Introduction to Mechanics” by Kleppner and Kolenkow, 2nd edition. Is there a published errata (list of corrections) for the book and more importantly the solutions manual? I’ve...

Asked on 07/07/2021 by Mark Davoren

0 answer

Why Ampère’s Law holds for infinite currents?

I'm reading Griffiths proof of Ampère’s Law and in that proof he needs to show that : $$oint frac{(x - x^{'})}{imath ^{3}}mathbf J cdot mathbf {da^{'}} = 0 $$...

Asked on 07/07/2021

1 answer

Total Angular Momentum in an orbit

I have just learned that the total angular momentum of a system is measured by adding the angular momentum of the Center of Mass and also the angular momentum of...

Asked on 07/07/2021 by Riccardo CAIULO 12C02S

1 answer

Is spacetime discrete or continuous?

Is the spacetime continuous or discrete?Or better, is the 4-dimensional spacetime of general-relativity discrete or continuous? What if we consider additional dimensions like string theory hypothesizes? Are those compact...

Asked on 07/07/2021 by linello

7 answer

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