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BREAKING NEWS!
#Betelgeuse seems to have stopped fainting and is brightening pretty fast! It stopped fainting at a minimum magnitude of ~1.64, which is around what I predicted some days ago. Want to know more? Read this little thread!@starstrickenSF@_cingraham@JPMajor 1/7pic.twitter.com/uJit0WvIA0
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What do you think?
Will #Betelgeuse become a supernova sooner or later?#WednesdayThoughtspic.twitter.com/OkKR3371Zv
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#Betelgeuse today at its dimmest in 125 years at 1.62 mag pic.twitter.com/yhoqf4Uxsu
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Now at 37% of my usual brightness!
#Betelgeuse pic.twitter.com/MUiCIctXP1
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#Betelgeuse is playing with my nerves
It goes brighter, and then it dims again, and it dims even more (1.666
)! And I trust these data, they come from PTOB (@tpolakis). So what the hell is going on with her?? GO#SUPERNOVA OR ACT NORMALLY. I'm calm
pic.twitter.com/xKD3rTJjtu
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#Betelgeuse is still dimming... (image taken with smartphone) pic.twitter.com/HfpDuqtaZW
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Betelgeuse is continuing to dim! It's down to 1.506 magnitude.
#Betelgeuse#Supernova#Redsupergiant#Astronomy https://www.universetoday.com/144694/betelgeuse-is-continuing-to-dim-its-down-to-1-506-magnitude/ …pic.twitter.com/z8mYRL1V1R
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Ever wondered what the origin of the atoms is? The Big Bang made hydrogen and helium. Elements 8 (oxygen) through 37 (Rubidium) are PRODUCED IN SUPERNOVAE. Life on planets can only arise because stars like
#Betelgeuse explode! pic.twitter.com/oLtsucjmtx
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Daily affirmation: Today I'm
not
.
Thanks for your concern.
Come visit me, Picard. Make it so.
#Betelgeuse -
Had a quick walk around the boarding house to see if
#betelgeuse had gone supernova. Was shocked by what I saw. pic.twitter.com/PClP54y0Ro
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Mr H is about to teach the Cosmology/Astrophysics option to the U6th
@LeysCambridge -@LeysPhysics would be so happy to have a supernova this year! SN1987A was a long time ago, in a galaxy very, very near.#Betelgeuse in its last death throes? Maybe. Maybe not. https://twitter.com/betelbot/status/1224801503807967232 …
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Still there but not as bright as it used to be
#Betelgeuse pic.twitter.com/foIhUOxzGP
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My visual mag from last night was 1.59 (robust mean of 15 observations). That is 0.00 mag dimmer than the robust mean of the 5 previous nights (n=73, 0.1σ).
#Betelgeuse pic.twitter.com/XfRyBRFpCr
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How bright will
#Betelgeuse be when it blows up? Moon-ish brighness for 3+ months, seen during the daytime for about a year, brighter than the star now for ~2 years, naked eye visible for ~3 years. Credit:@UCSBPhysics grad students Jared Goldberg and Evan Bauer using MESA. 1/pic.twitter.com/X8m0VdYvDF
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Apparently my new camera is a superintelligence because it just took this with minimal tweaking. Also, thx for posing
#Betelgeuse . Feel free to supernova now. pic.twitter.com/EoerLldufL
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Here is a chart of the luminosity of
#Betelgeuse in the non-visible bands. It goes from July 4th 2019 to today Feb. 4 2020 The IR bands remain pretty flat while the red bands are increasing in luminosity while the blue and uv bands are decreasing. pic.twitter.com/FH7AGK2dHV
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People wonder how visual (by-eye) observers would reliably estimate
#betelgeuse brightness when it goes supernova. It would be visible in daylight. Nothing to compare it with but the sun.Prikaži ovu nit
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