Thank you Professor Villani for redeeming epicycles in company with Fourier Analysis. Then the next step is recognition of exponential time-timing superimposed reflection pulses. If the statistical analysis of events in spacetime phenomena such as the collisions of galaxies is relying on empirically observable data, after the event, but the temporal superposition of phase-states is Phys-Chem probabilistic "reaction", then specific examples of collisions can only be treated by symptoms in particular categories. (It's a matter of a good guess?) The collision of galaxies has a resemblance effect in the way waves interact dragging back across the sand one over another. It is visually appealing.
probably watched it because it makes you think - makes you think, I mean, not me. Just not capable of it unfortunately but it did make me try and I hope that is what he getting at toward the end.
your lecture also produces an answer to the "long delayed echo", that ham radio operators experience, when pulsing the ionosphere with the perfect frequency. The echo is not in line with any known phenomena. The part of your lecture that deals with this is at 1:10:54.
I love his presentations, thanks for posting!
Thank you Professor Villani for redeeming epicycles in company with Fourier Analysis. Then the next step is recognition of exponential time-timing superimposed reflection pulses.
If the statistical analysis of events in spacetime phenomena such as the collisions of galaxies is relying on empirically observable data, after the event, but the temporal superposition of phase-states is Phys-Chem probabilistic "reaction", then specific examples of collisions can only be treated by symptoms in particular categories. (It's a matter of a good guess?)
The collision of galaxies has a resemblance effect in the way waves interact dragging back across the sand one over another. It is visually appealing.
probably watched it because it makes you think - makes you think, I mean, not me.
Just not capable of it unfortunately but it did make me try and I hope that is what he getting at toward the end.
oustanding presentation.
your lecture also produces an answer to the "long delayed echo", that ham radio operators experience, when pulsing the ionosphere with the perfect frequency. The echo is not in line with any known phenomena. The part of your lecture that deals with this is at 1:10:54.
Excellent. Thanks Cédric!
Great speech! Thanks for this!
I really don't know why I watched this. I'm not a mathematician or a snappy dresser. Lumberjack or daccord. Nope. Don't know but I did enjoy it.
hi has amazing way to explained things in mathematique
PPT랑 너무 안어울린당..