RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
RT @sinus_iridium: 太陽系外縁天体で、特に軌道の大きなものにみられる特徴から、未知惑星の存在が予想されていますが、未知惑星が今後も発見できず、新発見される太陽系外縁天体の軌道でも同様の特徴が見られる場合には、(宇宙初期にできた)原始ブラックホールという可能性も…
RT @coreyspowell: Could Planet 9 actually be a primordial black hole orbiting the Sun? Here's a serious paper exploring the idea--complete…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
太陽系外縁天体で、特に軌道の大きなものにみられる特徴から、未知惑星の存在が予想されていますが、未知惑星が今後も発見できず、新発見される太陽系外縁天体の軌道でも同様の特徴が見られる場合には、(宇宙初期にできた)原始ブラックホールという可能性も。関連:https://t.co/cnlG4DntAU
RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
RT @coreyspowell: Could Planet 9 actually be a primordial black hole orbiting the Sun? Here's a serious paper exploring the idea--complete…
RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
RT @pickover: Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co…
Physics paper shows exact size of a black hole in a "1:1 scale" figure. (This one is 5 earth masses.) Free PDF: https://t.co/FZuxSzdDhe https://t.co/d4PeiFm6j9
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
What if Planet 9 is a primordial black hole? https://t.co/ed1CRf5tdF
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @Caesar_X: Uh. https://t.co/ljIIKLKQBb
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @sasakitakanori: 太陽系で存在が予言されている「第9惑星」は、実は惑星じゃなくて小さな原始ブラックホールの可能性も?という論文が arXiv に上がっていました。Supplementary Material には、このブラックホールの絵(推定半径 4.5c…
RT @skanpeli: もしやスターゲート? https://t.co/vqJ8xzZyLL
もしやスターゲート?
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @sasakitakanori: 太陽系で存在が予言されている「第9惑星」は、実は惑星じゃなくて小さな原始ブラックホールの可能性も?という論文が arXiv に上がっていました。Supplementary Material には、このブラックホールの絵(推定半径 4.5c…
@EDeblackmere @Sydonahi @AcademicChatter The paper: https://t.co/5niEv1lAiN The clickbait article which prolly got the guy confused: https://t.co/nssB231Ju6
RT @sasakitakanori: 太陽系で存在が予言されている「第9惑星」は、実は惑星じゃなくて小さな原始ブラックホールの可能性も?という論文が arXiv に上がっていました。Supplementary Material には、このブラックホールの絵(推定半径 4.5c…
RT @sasakitakanori: 太陽系で存在が予言されている「第9惑星」は、実は惑星じゃなくて小さな原始ブラックホールの可能性も?という論文が arXiv に上がっていました。Supplementary Material には、このブラックホールの絵(推定半径 4.5c…
RT @AstroUSP: Um buraco negro na tela do seu celular! Se a Terra fosse um buraco negro, teria um raio de apenas 8,9 mm. Um buraco negro co…
RT @alvarobianchi: Qual o tamanho de um buraco negro primordial com uma massa 10 vezes maior que a terra? Igual ao tamanho de uma bola de b…
Compress 5 Earths worth of material so it curves spacetime infinitely and call it Figure 1 https://t.co/HrLCsOTAAu
RT @astropierre: L'article rigolo du jour : Et si la mystérieuse planète 9 était en fait... un trou noir primordial de quelques masses terr…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
Qual o tamanho de um buraco negro primordial com uma massa 10 vezes maior que a terra? Igual ao tamanho de uma bola de boliche. 😱 O paper com a fantástica ilustração na escala 1:1 pode ser lido aqui: https://t.co/9mJmDiHWIQ
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @ROCKETDRAG: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/Xpl3JIijcp
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @UweVogt7: Interessant! https://t.co/On2x3xHYBT
https://t.co/hEBpRuGyBU (Ignore the science if you must, scroll down to the 'Supplementary Material'. Hyper cool.)
RT @dlouapre: @WolfgangTheurer @AstronoGeek @epenser Ils ont fait les calculs a priori (section 5). https://t.co/pafxejwvqr Ce sont des vra…
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
@WolfgangTheurer @AstronoGeek @epenser Ils ont fait les calculs a priori (section 5). https://t.co/pafxejwvqr Ce sont des vrais physiciens de vrais labos, donc a priori l'hypothèse est peut-être exotique mais pas complètement pipo. (Détail amusant, si c'es
RT @TopPhysicist: Absolute gem on arXiv this morning: https://t.co/DTeVhFNGu3 Jakub Scholtz, James Unwin. “What if Planet 9 is a Primordi…
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @coreyspowell: Could Planet 9 actually be a primordial black hole orbiting the Sun? Here's a serious paper exploring the idea--complete…
@Tiylaya @Sydonahi @AcademicChatter Probably this: https://t.co/3mfwL1Zio3 It's an interesting idea (and there's a cool figure in that paper 🖤) but that guy in the original tweet seems to have misunderstood a bunch of stuff…
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @coreyspowell: Could Planet 9 actually be a primordial black hole orbiting the Sun? Here's a serious paper exploring the idea--complete…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @jaredhead: How the fuck did I forget this: if you'd like to read this paper, you can do so here - https://t.co/JEOYMQycXm
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @AstroUSP: Um buraco negro na tela do seu celular! Se a Terra fosse um buraco negro, teria um raio de apenas 8,9 mm. Um buraco negro co…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @AstroUSP: Um buraco negro na tela do seu celular! Se a Terra fosse um buraco negro, teria um raio de apenas 8,9 mm. Um buraco negro co…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @ScienceAlert: Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a bl…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
Uh.
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
RT @Xavi_Bros: A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detect…
The best! This is, for me, the coolest theoretical work I have seen in years 🤩
RT @sasakitakanori: 太陽系で存在が予言されている「第9惑星」は、実は惑星じゃなくて小さな原始ブラックホールの可能性も?という論文が arXiv に上がっていました。Supplementary Material には、このブラックホールの絵(推定半径 4.5c…