RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
A Primordial Black Hole that fits in the palm of your hand. (But I wouldn’t try it.)
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
gais @official_ONEWE
"Exact scale (1:1)" Grade A astrophysics trolling
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
RT @Rainmaker1973: Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scho…
Can an astrophysics paper have a figure to scale? This one, «What if Planet 9 is a Primordial Black Hole?» by Jakub Scholtz and James Unwin has one: a 1:1 scale of a 5 Earth-mass back hole [paper: https://t.co/0WeoJHcSQn] https://t.co/9cSBbsajxn
RT @carlzimmer: "What if Planet 9 is a Primordial Black Hole?” Preprint: https://t.co/YNhv62yriU & write-up by Sid Perkins https://t.co/Exc…
@zoran1024 @ProfBrianCox Check out the abstract! https://t.co/FH3J1uoYaR
@ProfBrianCox Read the paper https://t.co/H4XYyI7kay its pretty esoteric at best, have you read it?
RT @hsss_sa: يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس .…
RT @hsss_sa: يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس .…
RT @hsss_sa: يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس .…
RT @arxivabs: @hsss_sa Check out the abstract! https://t.co/FH3J1uoYaR
RT @hsss_sa: يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس .…
RT @hsss_sa: يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس .…
@hsss_sa Check out the abstract! https://t.co/FH3J1uoYaR
يدعي بعض الباحثين أن الكوكب التاسع يمكن أن يكون في الواقع ثقبًا أسودًا بدائيًا يبلغ قطره بضعة سنتيمترات فقط بحجم كرة التنس . https://t.co/Kivv0f69Ry https://t.co/BMg0WX9810
@sz_associates Check out the abstract! https://t.co/FH3J1uoYaR
@crismancich @TechInsider Hier Nachtrag zu gestern Abend mit zwei Links. Ursprüngliche Veröffentlichung (kompliziert) hier: https://t.co/Dnq2fyaB8X Recht gut verständliche Erklärung hier: https://t.co/4ITYgUKBDz
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
@pkhaff Check out the abstract! https://t.co/FH3J1uoYaR
Note the exact scale (1:1) illustration of a 5 Earth-mass primordial black hole on page 5 of https://t.co/3zLsBNvm01. A possible resident of the outer solar system.
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
Oh, the other popular article is here: https://t.co/vZIvp0gFcQ
⚫️🌑How fun! A day of duelling “black hole” articles :) “Black holes below about ~2.5 solar masses probably don’t exist.” They either do or don’t with “probability” = 1. Here’s a suggestion one *may* have already been detected...in our solar system. https:/
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48 https://t.co/EojhIbEYmP
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48 https://t.co/EojhIbEYmP
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48 https://t.co/EojhIbEYmP
@planet4589 @StartsWithABang Of course you are correct about the theoretical ecosystem. Multiple citations even without an actual detection for https://t.co/Kj2RpVxybw Two citations from Avi Loeb and one from Ed Witten.
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
It takes two small black holes rapidly orbiting each other to set up an optimal gravity slingshot.
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
I’m relaxed that you’re relaxed about this.
RT @DavidDeutschOxf: Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48 https://t.co/EojhIbEYmP
holy shit
@DavidDeutschOxf @newscientist Check out the abstracts! https://t.co/FH3J1uoYaR https://t.co/FH3J1uoYaR
Thanks @newscientist. Exciting possibility. Paper (2019) here: https://t.co/UPInB5fH48
@ChrisG_NSF Looolz! Some more fun reading for you! The paper from 2019, with that *very distinct* Figure 1 on page 5 that was splashed everywhere: https://t.co/15eDfKMSNk OGLE 5-year microlensing events: https://t.co/NucPAEGqsw Kepler microlensing meth
@AlbertEinstein My favorite paper from last year was this one, especially because of "Figure 1": https://t.co/fwLSwxMMwj
@PeriTheMouse https://t.co/fwLSwxMMwj if that helps. Figure 1 is at 1:1 scale, which is surprisingly small, but not so small it wasn't left out of the print edition to save ink.
@PeriTheMouse https://t.co/X1hWAJWigJ , but also https://t.co/ksPMl1jfPt (see figure one for explanation.)
Yeah. What if? https://t.co/MExORZDdQV
I just remembered about this paper. That is one serious "see figure 1": https://t.co/6tzvtEX8Vf
RT @polfosol: نظریهای هست که میگه مدارهای نامنظم و عجیبِ اجرام دورتر از نپتون احتمالا بهخاطر وجود یک سیاهچاله کوچیکه. البته این نظریه رو…
نظریهای هست که میگه مدارهای نامنظم و عجیبِ اجرام دورتر از نپتون احتمالا بهخاطر وجود یک سیاهچاله کوچیکه. البته این نظریه رو کسی زیاد جدی نمیگیره، ولی تو این مقاله (https://t.co/2AC1xO72gP) بررسیش کردن و انتهاش یه تصویر با مقیاس ۱:۱ گذاشتن از سیاهچالهای
Hoping this isn't due for a late 2020 comeback
RT @phbernardinelli: @astroaline @import_robs A ideia eh que seria um buraco negro "primordial" no lugar do suposto Planeta 9 (massas entre…
@astroaline @import_robs A ideia eh que seria um buraco negro "primordial" no lugar do suposto Planeta 9 (massas entre 5 e 10 massas terrestres): https://t.co/8YMZnVGLPw A diferenca dessa ideia pro P9 "normal" eh que isso supostamente explicaria um sinal e
to scale illustration of a primordial black hole https://t.co/15UfoNkxWS https://t.co/t26ReQi88D
Heh, I remember when we discussed this hypothesis in our astronomy class almost exactly one year ago: https://t.co/KyibODzqSd (Note the cute “exact scale” on page 5.)
RT @thedansimonson: paper: https://t.co/7v7MOm1uJi 5M🜨 means five earth masses -- that is, five times the math of earth, squeezed into as…
paper: https://t.co/7v7MOm1uJi 5M🜨 means five earth masses -- that is, five times the math of earth, squeezed into as small a space as that black circle on an 8.5x11 (or whatever, could be A4) piece of paper black holes don't fuck around yall
RT @nickcammarata: An amazing scientific figure: showing the size of a really really small black hole by putting a black circle of that exa…
RT @nickcammarata: An amazing scientific figure: showing the size of a really really small black hole by putting a black circle of that exa…
RT @nickcammarata: An amazing scientific figure: showing the size of a really really small black hole by putting a black circle of that exa…
RT @nickcammarata: An amazing scientific figure: showing the size of a really really small black hole by putting a black circle of that exa…
RT @nickcammarata: An amazing scientific figure: showing the size of a really really small black hole by putting a black circle of that exa…