Latest posts tagged with #Microlensing on Bluesky
Hands-on Jupyter notebooks for the Roman Space Telescope Microlensing Data Challenge 2026, teaching
Hands-on Jupyter notebooks for the Roman Space Telescope Microlensing Data Challenge 2026, teaching researchers to hunt for exoplanets using gravitational lensing with open-source tools.
https://github.com/rges-pit/data-challenge-notebooks
#Microlensing #RomanTelescope #ExoplanetHunting
Per la prima volta, grazie alla tecnica del #microlensing gravitazionale, gli scienziati hanno misurato con precisione la massa e la distanza di un #pianeta errante, ovvero un pianeta che non orbita attorno a una stella.
www.astrospace.it/2026/01/05/m...
Researchers spot Saturn-sized planet in the “Einstein desert” https://arstechni.ca #microlensing #rogueplanets #exoplanets #astronomy #Science
Researchers spot Saturn-sized planet in the “Einstein desert” Rogue, free-floating planets appear to have two distinct origins. Most of the exoplanets we've discovered have been in relative...
#Science #astronomy #exoplanets #microlensing #rogue #planets
Origin | Interest | Match
Researchers spot Saturn-sized planet in the “Einstein desert” Rogue, free-floating planets appear to have two distinct origins. Original Source Rogue, free-floating planets appear to have two d...
#Science #astronomy #exoplanets #microlensing #rogue #planets
Origin | Interest | Match
Solitari e #vagabondi, i #pianeti senza stella sono difficilissimi da individuare. Figuriamoci misurarne la massa... Ora però, grazie a una serie fortunata d’osservazioni da terra e dallo spazio, un team guidato da Subo Dong della Peking University è riuscito nell’impresa. #microlensing #parallasse
#Roman #Microlensing Data Challenge 2026 (RMDC26) Kickoff Workshop @ #AAS247 in Phoenix, Sunday, January 4, 2026
rges-pit.org/data-challen...
#NASA #exoplanets
Throwing Shade: How Clumps of Dark Matter Can Dim Starlight Today's paper shows us how to repurpose microlensing surveys to study clumps of dark matter drifting through space. Title: Dimming St...
#Daily #Paper #Summaries #PRJ #compact #objects #dark #matter […]
[Original post on astrobites.org]
How Hubble and Einstein Team Up to Spot a Rogue Planet Discovery Wandering Alone Rogue Planet Discovery, It started with a flash—just eight hours of brightened starlight—and ended in the archiv...
#Astronomy #Galaxies #News #RoguePlanet #Microlensing […]
[Original post on nasaspacenews.com]
Scientists Discover Super-Earths Are Surprisingly Common Across the Galaxy Exoplanet super-Earths...
thedebrief.org/scientists-discover-supe...
#Astronomy #Breaking #News #Space #exoplanet #KMTNet […]
[Original post on thedebrief.org]
Super-Earths are common across the Cosmos, astronomers find [via OSU] 🧪🌌🔭🔵🌐
"findings in this study were made via #microlensing, an observational effect that occurs when the presence of mass warps the fabric of space-time"
news.osu.edu/astronomers-...
#space #super #earths #exoplanets #cosmos
Artist’s conception of a large bluish planet orbiting a distant star.
(25 Apr) New study: There are lots of icy super-Earths
“Microlensing” lets us find planets at much greater distances from their star.
https://s.faithcollapsing.com/i6bg6
Archive: ia: https://s.faithcollapsing.com/0ytdi
#astronomy #exoplanets #microlensing #science
Artist’s conception of a large bluish planet orbiting a distant star.
(25 Apr) New study: There are lots of icy super-Earths
“Microlensing” lets us find planets at much greater distances from their star.
https://s.faithcollapsing.com/i6bg6
Archive: ia: https://s.faithcollapsing.com/0ytdi
#astronomy #exoplanets #microlensing #science
New study: There are lots of icy super-Earths https://arstechni.ca #microlensing #exoplanets #astronomy #Science
New study: There are lots of icy super-Earths "Microlensing" lets us find planets at much...
arstechnica.com/science/2025/04/new-stud...
#Science #astronomy #exoplanets #microlensing
Result Details
25-Apr-2025
Astronomers find Earth-like #exoplanets common across the cosmos
New study debunks a single planet-formation scenario
Using the Korea #Microlensing Telescope Network (KMTNet), an international team of researchers has discovered that super-Earth exoplanets are more common across the […]
Rapid Microlensing Classification: A Lonely SOBH Story Astrobites reports on how we can use simul […]
[Original post on aasnova.org]
Rapid Microlensing Classification: A Lonely SOBH Story Astrobites reports on how we can use simul […]
[Original post on aasnova.org]
Rapid Microlensing Classification: A Lonely SOBH Story Astrobites reports on how we can use simul […]
[Original post on aasnova.org]
NASA astronomers find the fastest exoplanet system at 1.2 million miles per hour The blistering s...
www.zmescience.com/space/nasa-astronomers-f...
#Astronomy #Science #Space #Hypervelocity […]
[Original post on zmescience.com]
A Hyper Velocity Star Found with an Exoplanet Hanging on for Dear Life Hypervelocity stars have b...
www.universetoday.com/170905/a-hyper-velocity-...
#Stars #Gaia #Gravitational #Microlensing […]
[Original post on universetoday.com]
A Hyper Velocity Star Found with an Exoplanet Hanging on for Dear Life Hypervelocity stars have b...
www.universetoday.com/170905/a-hyper-velocity-...
#Stars #Gaia #Gravitational #Microlensing […]
[Original post on universetoday.com]
So the Darkness Shall be Light: Roman’s View of Primordial Black Holes There are numerous candi...
https://astrobites.org/2025/02/11/roman-pbhs/
#Daily #Paper #Summaries #PRJ #astronomy #microlensing #primordial #black #holes #surveys
Event Attributes
So the Darkness Shall be Light: Roman’s View of Primordial Black Holes There are numerous candi...
https://astrobites.org/2025/02/11/roman-pbhs/
#Daily #Paper #Summaries #PRJ #astronomy #microlensing #primordial #black #holes #surveys
Event Attributes
So the Darkness Shall be Light: Roman’s View of Primordial Black Holes There are numerous candi...
https://astrobites.org/2025/02/11/roman-pbhs/
#Daily #Paper #Summaries #PRJ #astronomy #microlensing #primordial #black #holes #surveys
Event Attributes
![Steven Saus [he/him]](https://cdn.bsky.app/img/avatar/plain/did:plc:quzoadobx4p5ovaojyeccblz/bafkreibcrqv6rvsm4sgaa5zcuwogxutuvdqthyvfhpvk3zy6pwyjsfuz4u)
