Esteloth
Leonelli
Wow, I forgot all about this guild...actually I forgot about all the guilds I'm in...whoa, I'm real behind.
*takes out whistle...Tweeeeeet!*
Alright you must do 10 laps around the pool area doing crab-walk and clucking like a chicken to be fully forgiven!
Then again... If we consider forgiveness as slowly increasing according to function f(x), the we could take teh limit as x tends to infinity... and thus end up with the integral of f(x)... thus we needn't worry about the laps... hmmmm...
ninja Hrm. Yes, and simply answer the following questions as part of your penance:
Is finite dimensional approximation of system possible?
If P is a smooth initial density in phase space T*N, is there an existence theorem?
Determine the maximum Lyapunov exponent in the periodic case with finitely many particles.
What are the equilibrium measures in the Vlasovlimit for finitely many particles; equilibrium configurations are known.
Are there waterbag solutions?
What are the spectral properties of the generalized Hilbert transforms which appear in the Calogoro-Moser-Vlasov system?
Since the potential energy is infinite for continuous measures, is there another way to write the system as a Hamiltonian system?
Submit your answers to WarriorShadow, Level 2 Overlord BossMage for review.
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