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I am looking for review papers / online talks on Chern-Simons theory with particular focus on the gravitational dual description within the AdS/CFT framework....
Asked on 01/27/2021
0 answerThere are many sources giving different data on the initial position and the dimensions of the rods, but most suggest that the absorber was located just outside the core when...
Asked on 01/27/2021
1 answerMore importantly, what happens to the energy/information? In most respects this should be the same as a black hole horizon? Only even more weird, because here two masses gets "disconnected"...
Asked on 01/27/2021 by Henry Lindhen
1 answerI'm currently trying to update my understanding of basic (Newtonian, non-relativistic) physics to use bivectors and Clifford products instead of pseudovectors and cross products. And I've come up against that...
Asked on 01/27/2021
1 answerThermionic Conversion follows the classic Richardson-Dushmann Equation for thermionic current as a function of temperature squared: $$J_{RD} = A_0 T^2 expleft(-frac{phi}{k_B T}right)$$where$J_{RD}$ is the...
Asked on 01/27/2021
1 answerNot much more than what I asked in the title. I think it is true that a moving charge emits photons also....
Asked on 01/27/2021
1 answerA ball is attached to a string on a pole (i.e. Totem Tennis). If you hit the ball harder tangentially and horizontally, what will happen to the centripetal force, velocity...
Asked on 01/27/2021 by latin333
1 answerIn a damped oscillator, the damping term is represented by a velocity dependent force $b dot{x}$. This makes sense if the damping is due to viscosity of the...
Asked on 01/27/2021 by Chegon
2 answerI am starting with general relativity and the notation is making me suffer. If we have, for example, the tensorial equation:begin{equation}A^{munu} = K^{munu}end{equation}Where $A$...
Asked on 01/27/2021 by NambuGotto
0 answerI'm studying vibrations; so I'm using Beer-Johnston-Cornwell Dynamics book. I am worry about the equation for Underdamped Vibration, which in the book it is: $$x_{(t)}=x_0e^{-lambda t}sin(omega_d+phi)$$ where $$omega_d=sqrt{omega_n^2+c^2/4m^2}$$...
Asked on 01/27/2021 by Isai
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