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 @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
PBH = primordial black hole
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…
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 @StephHamy820: Me: spends *hours* tweaking every last thing in my plots to be just right. Them: https://t.co/yvhC50pcAM
@rtphokie I'm assuming a doi is a link to it? https://t.co/m8whcdnvcT
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 @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…
That is awesomw
RT @StephHamy820: Me: spends *hours* tweaking every last thing in my plots to be just right. Them: https://t.co/yvhC50pcAM
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 @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @UweVogt7: Interessant! https://t.co/On2x3xHYBT
Thinking of you @RealRonPhillips
RT @nbody6: Un reciente paper especula si el llamado Planeta 9 podría ser un agujero negro primordial. Pero, lo más notable es que su única…
Have you ever struggled to understand the density of black holes? This figure shows the size of the event horizon of a black hole with a mass five times that of Earth. It's about 9 cm, or 3.5 in, across 🤯 The paper! https://t.co/3ueXWIAskK 📷: Scholtz
RT @plutokiller: Yep, P9 could definitely be a black hole, as long as it is the right mass (6x the mass of the earth). In fact, it could al…
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 @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 @mcnees: I don’t think a primordial black hole with this mass is likely, but this is probably my favorite figure ever in anything. https…
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 @zuluagajorge: Hay que leer la letra pequeña 🤩https://t.co/A7K8BWyxJv https://t.co/xRKS3bE78J
RT @Cyan4973: Could the 9th planet be a Primordial Black Hole ? => https://t.co/KeXH46fOor
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
Science is not boring! ❤️
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
RT @tingilinde: I don’t buy it, but Fig 1 is the best figure I’ve seen in a paper. Even if you don’t do physics check it out (5 earth masse…
Hay que leer la letra pequeña 🤩https://t.co/A7K8BWyxJv https://t.co/xRKS3bE78J
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
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 @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 @matryo_sika: 宇宙科学の論文で天体サイズ(実物大)が図示できるの面白い What if Planet 9 is a Primordial Black Hole? https://t.co/CUWrAN7reG https://t.co/XFE4rACI0T
RT @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
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 @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 @reneehlozek: I wish I was in the room when they talked about what figures they wanted in the paper... https://t.co/aMelO2GVoa
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 @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 @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…
Interessant!
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…
Wwwow
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…
A new speculative idea to explain the anomalous orbits of TransNeptunian Objects and an excess in microlensing events detected: Not due to the famous "planet 9", may be due to a small primordial #BlackHole captured by our #SolarSystem!: https://t.co/ksThSm
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
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 @fringetracker: figure 1 in this may be the best ever figure https://t.co/Ad0M1GgP5U https://t.co/0UPbKfXQTV
I don’t buy it, but Fig 1 is the best figure I’ve seen in a paper. Even if you don’t do physics check it out (5 earth masses btw) https://t.co/an9MVMnz6V
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @Cyan4973: Could the 9th planet be a Primordial Black Hole ? => https://t.co/KeXH46fOor
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
THATS THE SIZE OF A 5 EARTH MASS BLACK HOLE TO. SCALE. https://t.co/AweZ0RDGzy
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
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 @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
RT @FringeDoctor: It's not often that astronomical papers publish renderings of their objects at 1:1 scale https://t.co/8u8hMY99jQ
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 @BrunoPhilipe: So a new paper came out proposing that Planet 9 is actually a PBH that was captured by the solar system. That's pretty ba…
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