Comments
wmdolls OP t1_j1g5a28 wrote
Really, but that published in < Nature >
talaxia t1_j1gpawz wrote
better reroute power from the shield deflector
hairsketchcompany t1_j1gqrq7 wrote
Charge the harmonic resonance dampener
benkenobi5 t1_j1h8c3s wrote
That’s not going to be enough. Reverse the polarity!
yaboiballman t1_j1gwc25 wrote
"I'm done reconfoobling the energymotron err whatever"
SuddenMacaroon8355 t1_j1r9f2l wrote
“Alas, my ship, whom I love like a woman, is disabled”
fistotron5000 t1_j1h8fka wrote
We might have to cut the hardline to the mainframe
Majesty1985 t1_j1hj263 wrote
“8 plus 60.. we’re in the atmosphere!”
ElementalEvils t1_j1hvroh wrote
Whatever we do, we can't risk a resonance cascade.
lenovosucks t1_j1idpy1 wrote
Though we must first give them the continuum transfunctioner!
Teinzq t1_j1po1a8 wrote
We'll have to access it through the Jeffries Tubes.
Edgetiger t1_j1h0agu wrote
I’ll take a stab at this.
- I think it is saying that there is a pulsar called Vela.
- This pulsar shoots out photons which are really high energy (X-rays).
- These photos are extremely polarized (aligned).
- There is a limit to how highly aligned photons can become in a natural process (in this case an environment with extremely strong magnetic forces at work)
- Given how highly aligned these photons are, they are able to make some educated guesses about the environment the X-rays are passing through (a nebula surrounding the pulsar), and possibly about the nature of the pulsar itself.
WinoWithAKnife t1_j1g3xwc wrote
Someone want to explain what this means and why it's important?
Lochrin00 t1_j1j6ny6 wrote
Supernova's emit x-ray bursts and a wave of non-photon particles. If the particle wave hits a thick enough nebula, Physicsy Things happen that will polarise the x-rays. This process can only cause partial polarisation (60% ish) and usually well below that.
They found a supernova with x-rays polarized nearly to the limit, which would only be possible if the particles were a fluid flowing nearly perfectly with almost no turbulence. That would be, to put it mildly, a near trick.
WinoWithAKnife t1_j1j7ah8 wrote
What is the limit and why does it exist?
kilobrew t1_j1je99o wrote
It exists so it can be taken…to the limit.
lekoman t1_j1jfod4 wrote
One more time?
doublehaulrollcast t1_j1jg8xe wrote
One more time.
Publius82 t1_j1l4iv2 wrote
Come on, fhqwhgads.
[deleted] t1_j1hmw7d wrote
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Waggles_T_Snugdragon t1_j1g9bjd wrote
That was the coolest sounding title I have read in my life
Pollymath t1_j1gv31c wrote
I’ll take: “Things Geordie LaForge would Say” for $500
Royal_Ad9109 t1_j1gwscl wrote
Correct, just read it in his voice, from the article: “Pulsar wind nebulae are formed when outflows of relativistic electrons and positrons hit the surrounding supernova remnant or interstellar medium at a shock front.”
youngmorla t1_j1ioyqk wrote
Oh wow! I can totally hear it and see the hand gestures and stuff he always made. He was amazing.
[deleted] t1_j1hhyyf wrote
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Blackforestcheesecak t1_j1h1873 wrote
Abstract:
Pulsar wind nebulae are formed when outflows of relativistic electrons and positrons hit the surrounding supernova remnant or interstellar medium at a shock front. The Vela pulsar wind nebula is powered by a young pulsar (B0833-45, aged 11,000 years)1 and located inside an extended structure called Vela X, which is itself inside the supernova remnant2. Previous X-ray observations revealed two prominent arcs that are bisected by a jet and counter jet3,4. Radio maps have shown high linear polarization of 60% in the outer regions of the nebula5. Here we report an X-ray observation of the inner part of the nebula, where polarization can exceed 60% at the leading edge—approaching the theoretical limit of what can be produced by synchrotron emission.
We infer that, in contrast with the case of the supernova remnant, the electrons in the pulsar wind nebula are accelerated with little or no turbulence in a highly uniform magnetic field
RuchoPelucho t1_j1guld4 wrote
I had to read that title 5 times
scrappybasket t1_j1gv1tw wrote
I’ve read it 5 times and still don’t understand
holdenontoyoubooks t1_j1g5cd3 wrote
I just can’t not think “basic color scheme” when I see these graphs you gotta change it imo
rush2sk8 t1_j1idyhg wrote
Reads like a /r/VXjunkies title
wmtiger86 t1_j1ileku wrote
I don't understand any of that. I'm happy for you though. Or sorry that happened.
One_Posh_Possum t1_j1imx7n wrote
I always suspected as much
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[deleted] t1_j1fv701 wrote
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[deleted] t1_j1go3td wrote
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tangcameo t1_j1hj2yh wrote
Synchrotron? That lab in Saskatoon?
[deleted] t1_j1ikkmd wrote
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lazyamazy t1_j1hscvh wrote
Then Why build synchrotrons on earth, when all the particle physicians can travel to space for their experiments?
[deleted] t1_j1i3ijo wrote
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[deleted] t1_j1idbly wrote
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[deleted] t1_j1ika1s wrote
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serinob t1_j1irj7n wrote
Literally no idea what that means
[deleted] t1_j1ispp6 wrote
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Dangerousrhymes t1_j1jz8kx wrote
I also like science words
[deleted] t1_j1k02ye wrote
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SlientlySmiling t1_j1k4ttp wrote
That's a hell of a paywall, Nature.
LocustSwarm36 t1_j1k9trs wrote
What did you just say to me
shellshocking t1_j1kc23n wrote
Super glad they fixed this!!! The cardinal grammeters in my unilateral phase detractors haven’t been synchronized since ‘96, and our nofer trunnions are operating at like 12% because of it. Just barely good enough, and I still have to crawl in once a month and grease the spurving bearings.
Will they port this to legacy hardware, specifically the RetroEncabulator? No I don’t have the hyper, not everybody needs to spring for a dingle arm that’s not prefabulated amulite.
MitchTJones t1_j1knv6k wrote
but what happens if we reverse the polarity using the quantum carburetor?
SuddenMacaroon8355 t1_j1fzld3 wrote
I like your funny words magic man