egg|nomz|egg changed the topic of #kspacademia to: https://gist.github.com/pdn4kd/164b9b85435d87afbec0c3a7e69d3e6d | Dogs are cats. Spiders are cat interferometers. | Космизм сегодня! | Document well, for tomorrow you may get mauled by a ネコバス. | <UmbralRaptor> egg|nomz|egg: generally if your eyes are dewing over, that's not the weather. | <ferram4> I shall beat my problems to death with an engineer.
<kmath>
<Dirque_L> @gabrielpeyre The general scheme from Nesterov's "Introductory Lectures on Convex Optimization" has both. https://t.co/7tC5GijJ3Z
<SnoopJeDi>
Paper looks good too
<Iskierka>
egg|anbo|egg, I realise it's not exactly the part of googs you work in, but do you know anything about how someone who's lost access to a youtube account (and any recovery addresses) might be able to regain access, or get it deleted? (the latter being the only actual goal)
<Iskierka>
Or apparently she has found an old email it's willing to send codes to, but it's not happy with just the code and isn't saying what else it wants
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<egg|anbo|egg>
Iskierka: no idea, sorry :-/
<egg|anbo|egg>
!wpn bofh
* Qboid
gives bofh a cutting |raw⟩
<egg|anbo|egg>
!wpn UmbralRaptor
* Qboid
gives UmbralRaptor an inflammable solution
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<UmbralRaptor>
"A large fraction of the spin-down power of pulsars is quickly converted into an energetic flow of relativistic particles (pulsar wind), composed mostly by electron-positron pairs." o_O
<UmbralRaptor>
"The magnetic field of the pulsar is instead dipolar (scaling with distance as r-3) up to the so-called light cylinder, which is the location where the magnetic field lines of the pulsar have an angular velocity equal to the speed of light. After this point the field lines open and wind up creating a toroidal field whose strength scales as r-1." O_o
<UmbralRaptor>
Pulsars are weird.
<bofh>
Like isn't the pulsar wind mostly a consequence of synchrotron emission from charged particles stuck in a teragauss H field?
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<UmbralRaptor>
Maybe. I'm not that familiar with them. (though apparently fields down to 0.1 gigagauss show up in some millisecond pulsars)
<bofh>
this feels derivable from a Liénard-Wiechert potential iteracting with a rotating dipole vector potential, but just about the last thing I feel like doing right now is random shit out of Jackson.
<UmbralRaptor>
Hah!
<UmbralRaptor>
;choose email your advisor that you found the observation rate problem|On the evening of Dec 24? Are you nuts?
<kmath>
UmbralRaptor: On the evening of Dec 24? Are you nuts?