Hey there! I'll be honest — I spent way too long staring at one particular image while putting this together. There's something about seeing a tiny space rock that's been quietly following Earth around that just gets me. Anyway, grabbed my coffee, sat down, and now I'm genuinely excited to share what's in here with you.
Here's whats orbiting in today's issue:
🌑 China photographs Earth's mini moon
🕳️ Simplifying black hole mergers explained
🛸 New Horizons wakes from hibernation
🚀 Investors pour into Blue Origin
🌌 One-stop hub for universe data
📸 Image of the Day

Near-Earth asteroid Kamo'oalewa imaged by Tianwen-2 | Credit CNSA
🌑 Chinese Spacecraft Captures First Image of Earth's Mini Moon Read More
CNSA (China National Space Administration) scientists operating Tianwen-2 captured the first image of quasi-satellite Kamo'oalewa, a 66-foot-diameter asteroid that may be a stray piece of our moon ejected by ancient impact.
Tianwen-2 traveled 621 million miles over 400 days to reach within 12 miles of the rapidly rotating asteroid, which completes one full rotation every 28 minutes on its axis.
CNSA plans sample return to Earth in 2027 via atmospheric flyby, followed by extended mission to comet 311P/PanSTARRS, potentially revealing lunar origin evidence according to agency statements.
🚀 Upcoming Launches
Demo Flight | Long March 10B | 2026-07-10 | 00:10 EST | WenchangSpace LaunchSite, People's Republic of China
Starlink Group 17-48 | Falcon 9 Block 5 | 2026-07-10 | 22:00 EST | Vandenberg SFB, CA, USA
Gravity-1 | 2026-07-11 | 22:00 EST | Haiyang Oriental Spaceport
🕳️ Scientists Predict Black Hole Merger Sizes Using Simple Thermodynamics Read More
Penn State physicists led by Monica Rincon-Ramirez developed a thermodynamic approach to predict black hole merger remnants, bypassing complex general relativity equations that typically require supercomputers to solve accurately.
The team's maximum entropy conjecture for mergers predicted final black hole mass and angular momentum within a few percent of numerical relativity simulations, according to Physical Review Letters publication.
B.S. Sathyaprakash suggests entropy maximization could be a fundamental organizing principle governing black hole interactions, potentially transforming understanding of gravity and black hole physics intersections.
🛸 Pluto Probe Awakens Ready to Transmit Kuiper Belt Data Read More
Johns Hopkins Applied Physics Laboratory flight controllers confirmed NASA's New Horizons spacecraft safely awakened from 321-day hibernation period on June 23, its longest sleep cycle ever during the extended mission.
Radio signals from 5.9 billion miles away took 8 hours and 52 minutes to reach Earth via NASA's Deep Space Network station near Madrid, Spain, confirming nominal spacecraft health.
Mission operations manager Alice Bowman reports the ultraviolet spectrograph will study hydrogen gas distribution in the outer heliosphere within three weeks as active science operations resume.
📅 Today in Space History
On July 10, 1962, the Telstar 1 communications satellite was launched, becoming the first active communications satellite to relay television signals, telephone calls, and fax images between the United States and Europe. Built by Bell Labs and launched by NASA, Telstar demonstrated the feasibility of global satellite communications.
🚀 Blue Origin Raises $10 Billion at $130 Billion Valuation Read More
Blue Origin, Jeff Bezos's rocket company, is raising outside capital for the first time at a $130 billion valuation as it competes with SpaceX following the company's recent IPO.
Coatue Management leads with $4 billion commitment, while Bezos contributes $2 billion personally and institutional investors provide the remaining $4 billion in this inaugural external funding round.
Bezos told CNBC the company finally has enough visibility into financial success, suggesting Blue Origin may eventually exceed Amazon's value according to his 2026 interview statements.
🌌 Scientists Create One-Stop Shop for Universe Exploration Read More
Center for Astrophysics | Harvard & Smithsonian astronomers led by post-doctoral researcher Mike Smith created the Multimodal Universe project, unifying astronomical data across incompatible telescope archives and formats.
The initiative reshaped over 80 terabytes of observations including galaxy images from radio to X-rays, stellar spectra, and variable star time-series into one consistent user-friendly system.
Smith writes that scientists and students can now pull data from many sky surveys using identical tools on laptops, eliminating the need for supercomputing access or survey-specific expertise.
❓ Question of the Day
If you could name Earth's mini moon, what would you call it?
Send us a reply with your answer!
Really glad you made it to the end. Enjoy the rest of your week, and I'll catch you in the next one.
Clear skies ahead,
— Zapp
Cover Image Credit: CNSA



