Dude this is freakin awesome. Im not even a Rutgers Fan. Hey bro, send me
an email at [email protected]. I will give you $20 bucks if
you can make me something just like this for my Madden League.
Accelerated high energy particles produced a series of stripes in the remnants of the Tycho supernova. Chandra X-ray Telescope revealed this feature, showing ...
@billyboyjennings AY FUCK YOU ! YOU TRY WRITING A 20 PAGE
PSYCHO-SOCIOLOGICAL PAPER IN ONE DAY, THEN LOOKIN AT COSMO VIDEOS FULL OF
DIFFERENT JARGON FOR FUN AFTERWARDS! Actually, dont, cuz judging by your
reply, your nose would bleed from an acute aneurism due to mental exertion
that is obviously alien to u. You armchair critic of a filthy cunt...
Read more: //space.newscientist.com/article/dn13514 Dust clouds glow thanks to delayed "light echoes" from a supernova, 400 years after light from the ...
Observing distant stellar phenomena is all about collecting enough photons
to reveal the object in detail. For example, if you look at the milky way
for just a few seconds it will look 'faint'. However - if you look at it
for five minutes you eye will have received more photons and it will look
'brighter'. The best example of this are the famous Hubble Deep Field (HDF)
images. After about ten days focussed on the same piece of sky the Hubble
collected enough photons to resolve a myriad galaxies.
My attempt at an explanation of this video: The 'light echo' is in the
'LMC' - Large Magellanic Cloud - a faint object visible only in the
southern hemisphere in the Dorado constellation. SNR0509 means 'Super Nova
Remnant' 0509. The original supernova event occurred around 1600 (AD). The
LMC is about 150,000 light-years from earth, and is names for Ferdinand
Magellan. Chandra is an orbiting X-Ray Observatory. The end bit is a
timelapse animation rendered from several years optical observations.
More thoughts on this very interesting video. Firstly the phenomena
deserves more careful study. Assuming we are looking at the westward
progression of the lightwave we should also observe the wave at the other
three quadrants - north, south and east. Surely there is an opportunity to
observe previously 'unlit' parts of space here, and if dark matter is of
the 'macho' type it would be illuminated as a matter of course.
i hate this universe,human cant travel on 3000,000km/sec,there's no way
that we could go in to another galaxy,and a lightyear is "how light travel
in a year",and if we could not reach the speed of light,its totaly
imposible,because if we travel way slower than the light-speed,it take us
hundreds or thounands of year to reach a light-year
Lol ! My first hater ! Did your keen observation of my message extend to
counting the characters in my message I wonder? Exactly 500 characters - go
on - count-em... Regarding writing style -I see you have taken the form of
a backhanded complement to the next level.
as it said,400 years had passed and the light reach the earth after the
explosion,it got to be way too far,since the light travels at aprox.
300,000km/sec,,,bassed in my calculations,the supernova is about
3,658,136,000,000,000km away from us
Very well put, but you talk so robotic like you want a screwdriver up your
ass as a congratulations. You're smart! Now be sensible. Be sociable. Be
less you.