Hey there! Prepare for an impactful week across the cosmos. We're tracking monumental steps in lunar exploration alongside profound revelations from distant galaxies. It's clear the pace of discovery is intensifying.
🚀 Artemis II rocket on pad
🌌 Black hole erupts, reborn
🛰️ Hubble spots ghostly star nursery
🔭 Mysterious iron bar in nebula
🌠 China Eye cracks FRB mystery
📸 Image of the Day
NASA’s Artemis II Space Launch System (SLS) rocket and Orion spacecraft are seen illuminated by lights at Launch Complex 39B | NASA/Keegan Barber
🚀 NASA's Artemis II Rocket Reaches Launch Pad 39B
NASA engineers moved the Artemis II stack, comprising the SLS (Space Launch System) rocket and Orion spacecraft, to Launch Pad 39B, preparing for the first crewed lunar flyby mission.
The 4-mile journey from the Vehicle Assembly Building took nearly 12 hours, with the crawler-transporter 2 moving at a maximum speed of just 0.82 mph while carrying the integrated rocket.
This move enables a critical wet dress rehearsal, where teams will load cryogenic propellants and run countdown procedures, ensuring the vehicle is ready for its approximately 10-day crewed journey around the Moon.
🚀 Upcoming Launches
Long March 12 | 2026-01-19 | 02:48 EST | Wenchang Space Launch Site, People's Republic of China
The Cosmos Will See You Now (Open Cosmos Constellation Launch 1) | Electron | 2026-01-20 | 06:09 EST | Rocket Lab Launch Complex 1, Mahia Peninsula, New Zealand
🌌 Scientists Capture Black Hole Activity Spanning Million Light-Years
An international team led by Shobha Kumari of Midnapore City College studied the radio galaxy J1007+3540, capturing a supermassive black hole restarting its jet emission after a long period of dormancy.
Using LOFAR (Low Frequency Array) and uGMRT (upgraded Giant Metrewave Radio Telescope) interferometers, they imaged a compact inner jet inside older plasma lobes stretching nearly one million light-years across space.
According to Dr. Sabyasachi Pal, this system reveals how black hole activity cycles on and off and how the immense pressure of a galaxy cluster's hot gas can distort jet structures.
🛰️ NASA Hubble Captures Ghostly Cloud Bursting With New Stars
NASA's Hubble Space Telescope team released a striking new image of Lupus 3, a star-forming cloud located approximately 500 light-years away in the constellation Scorpius, revealing active stellar nurseries.
The image highlights bright T Tauri stars, which are young stellar objects less than 10 million years old, exhibiting random brightness variations due to instabilities in their surrounding accretion disk of dust.
Studying these T Tauri stars helps astronomers better understand the early stages of stellar evolution, specifically how stars contract under gravity before they begin fusing hydrogen to become main sequence stars.
📅 Today in Space History
On January 19, 1965, NASA launched the uncrewed Gemini 2 mission, the first successful suborbital reentry test of the Gemini capsule. The primary goal was to prove the adequacy of the spacecraft's heat shield during maximum heating. Gemini 2 landed safely in the Atlantic Ocean 18 minutes later , demonstrating the structural integrity and heat protection crucial for later manned flights.
🔭 Astronomers Discover Mysterious Iron Bar Inside Ring Nebula
A European team led by University College London and Cardiff University astronomers discovered a previously unknown bar-shaped cloud of iron atoms located inside the iconic Ring Nebula (NGC 6720).
Observations with the WEAVE instrument on the William Herschel Telescope revealed the bar contains a mass of iron comparable to Mars and was detected via the [Fe V] spectral line at 4227 Angstroms.
According to lead author Dr. Roger Wesson, the bar’s origin is a mystery, potentially resulting from the star’s ejection process or the vaporization of a rocky planet during the star's expansion.
🌠 New Research Links Fast Radio Bursts to Binary Systems
An international team including researchers from The University of Hong Kong (HKU) presented the first decisive evidence that some repeating fast radio burst (FRB) sources are located in binary stellar systems.
Using the FAST (Five-hundred-meter Aperture Spherical Telescope), they observed FRB 220529A and detected an abrupt rotation measure increase by more than a factor of a hundred, which then rapidly declined.
Professor Bing Zhang states this "RM flare" strongly supports a model where the FRB source is a magnetar orbiting a companion star whose coronal mass ejections briefly alter the radio signal's polarization.
❓ Question of the Day
Would you volunteer to be on Artemis II, heading to the Moon?
Send us a reply with your answer!
That's all for now, but the universe keeps moving! Thanks for reading. Be sure to check back to see what fresh wonders are revealed.
Clear skies ahead,
— Zapp
