IN CASE YOU MISSED IT: NASA’s June Moon Base Update is wild!

If you haven’t been tracking the latest updates, the blueprint for a permanent human presence on the Moon is officially moving into overdrive. NASA just dropped the June wrap-up, and the strategy is clear: more missions, more partners, and a relentless drive toward the lunar South Pole.

Here is the quick breakdown of what’s happening right now:

🚀 The Big Moves

NASA just awarded 4 new landing missions to 3 major commercial partners (a massive ~$560M combined investment):

• Astrobotic: 2 missions (Peregrine variant)

• Firefly Aerospace: 1 mission (Blue Ghost lander)

• Intuitive Machines: 1 mission (Nova-C lander)

🌙 The 3-Phase Strategy

• Phase 1 (Through 2029): Getting to the Moon reliably. Over 20+ robotic missions are planned to scout the South Pole and test key tech. First robotic landing target? 2026!

• Phase 2 (2029–2032): Setting up the grid. Think permanent power, navigation, and communications.

• Phase 3 (2032+): Full-on habitats, advanced logistics, and cargo return to Earth.

🔑 Game-Changing Tech: Meet "Promise"

Imagine a nuclear-powered (RTG) cousin of the Mars Curiosity/Perseverance rovers, but built for the Moon. Named "Promise", this rover will be capable of exploring permanently shadowed regions where solar power can't reach.

💡 The Philosophy: "Many Shots on Goal"

Space is hard. NASA is embracing a "learn from every mission" mindset—embracing both successes and setbacks to buy down risk, just like the Mercury → Gemini → Apollo days. (This includes working closely with Blue Origin as they refine their New Glenn/Endurance lander plans for 2027).

Bottom line: We aren't just visiting the Moon this time. We are building a permanent home base. 🧑‍🚀🌕

🔗 Read the full breakdown: nasa.gov/moonbase 📅 Stay tuned for Moon Base Update #3 next month!

#NASAMoonBase #Artemis #LunarExploration #SpaceNews #MoonBase #NASA #ReturnToTheMoon #SpaceExploration

Artemis II – Day 8 (April 8, 2026)

 Almost there—Integrity is heading home!

The crew—Wiseman, Glover, Koch, and Hansen—woke up to the sounds of "Under Pressure" (Queen & Bowie) while 200,278 miles from Earth and 83,549 miles from the Moon, on their way home.

Day's Highlights

Health and Exercise

Exercise session using the flywheel (a cable system for aerobics and resistance training), part of the daily fitness regimen.

Anti-Orthostatic Suit Test

All four crew members evaluated the lower-body compression garment worn underneath the Orion survival suit. Its function is to combat orthostatic intolerance—dizziness or fainting upon standing—after prolonged periods in microgravity.

Manual Control of Orion (~10:55 p.m. EDT)

The crew will manually pilot the capsule into a "tail-to-Sun" attitude, testing the guidance, navigation, and control systems while managing temperature and power generation.

Press Conference (~10:45 p.m. EDT)

Media representatives will have the opportunity to speak with the crew following their historic lunar flyby.

Splashdown Preparations

The crew will begin stowing equipment and installing their seats in preparation for reentry.

The demonstration of the radiation shielding deployment was canceled to prioritize cabin preparations.

Scheduled Splashdown: Friday, April 10, at 8:07 p.m. EDT off the coast of San Diego.

Live coverage begins at 6:30 p.m. on NASA+, Amazon Prime, Netflix, Apple TV, HBO Max, and more.

Artemis II – Day 7: Goodbye Moon, Hello Earth (April 7, 2026)

A Day of Perfect Transition: From Lunar History to the Reality of Return

The crew woke up to the sounds of "Tokyo Drifting" by Glass Animals and Denzel Curry—236,022 miles from Earth and 36,286 miles from the Moon. The journey home had begun.

Highlights:

Departure from the Lunar Sphere of Influence

At 1:23 p.m., Orion officially crossed the 41,072-mile threshold from the Moon, exiting its gravitational sphere. From that moment on, it is Earth that "pulls" them in. A subtle yet symbolically powerful milestone—the Moon lets them go, and Earth reclaims them.

First Images of the Flyby

The White House and NASA shared the first photographs from the flyby: the "Earthset" (Earth sinking below the lunar horizon) and the solar eclipse as seen from Orion. Images destined to become icons of this mission.

Historic Call Between Spacecraft

The Artemis II crew held a 15-minute call with the Expedition 74 astronauts aboard the ISS—Jessica Meir, Jack Hathaway, Chris Williams, and Sophie Adenot. A conversation between humans at two very different points in space—something that has occurred very rarely in history.

Lunar Scientific Debriefing

At 3 p.m., the crew met with the ground-based science team to share their impressions of the flyby while the details were still fresh. Scientists are eager to analyze observations, images, and data regarding the six meteoroid impact flashes detected during the eclipse.

First Return Burn

At 8:03 p.m.—one hour ahead of schedule—Orion fired its thrusters for just 15 seconds, changing its velocity by 1.6 feet per second. Brief in duration, significant in meaning: the first of three correction burns that will guide the crew back home. Koch and Hansen monitored the systems during the maneuver.

The USS John P. Murtha is Underway

The recovery ship has already set sail for the rendezvous point in the Pacific, preparing for the final splashdown. The logistics of the return are in motion.

Preparing for the Physical Return

On Flight Day 8, the crew will test orthostatic tolerance garments—specialized clothing that helps maintain blood pressure and circulation during readaptation to Earth's gravity. After weeks in microgravity, the human body needs assistance remembering how to function under weight.

Artemis II – Day 6: The Great Lunar Flyby (April 6, 2026)

 A day for the history books, filled with emotion—and Nutella.

The crew—Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen—completed the first crewed lunar flyby since Apollo 17 in 1972.

Key Moments:

The day began with a pre-recorded message from Jim Lovell, Apollo 8 and 13 astronaut, recorded prior to his passing in 2025—a truly moving passing of the torch between generations.

“Hello, Artemis II! This is Apollo astronaut Jim Lovell. Welcome to my old neighborhood! When Frank Borman, Bill Anders, and I orbited the Moon on Apollo 8, we got humanity’s first up-close look at the Moon and got a view of the home planet that inspired and united people around the world. I’m proud to pass that torch on to you — as you swing around the Moon and lay the groundwork for missions to Mars … for the benefit of all. It’s a historic day, and I know how busy you’ll be. But don’t forget to enjoy the view. So, Reid, Victor, Christina, and Jeremy, and all the great teams supporting you  – good luck and Godspeed from all of us here on the good Earth.”

Jim Lovell

Gemini VII, Gemini XII, Apollo 8, and Apollo 13 Astronaut

At 1:56 p.m., the crew surpassed the record for distance from Earth set by Apollo 13 in 1970 (248,655 miles). Jeremy Hansen immortalized the moment with words challenging this generation—and the next—not to let that record stand for very long.

At 7:00 p.m., Orion reached its closest point to the Moon—just 4,067 miles above the surface—during a communications blackout lasting approximately 40 minutes. Two minutes later, they reached their maximum distance from Earth: 252,756 miles—a new absolute record for human exploration.

During the flyby, the crew observed and photographed craters, ancient lava flows, rifts, and ridges on the lunar far side, reporting color nuances that will help scientists understand the mineral composition of the surface. They also proposed provisional names for two craters: "Integrity" (in honor of their spacecraft) and "Carroll" (in honor of Wiseman's late wife).

The day culminated with a solar eclipse—lasting nearly an hour—viewed from space; during this event, the crew studied the solar corona and detected six flashes from meteoroid impacts on the lunar surface—an extremely rare and scientifically valuable phenomenon.

As the day drew to a close, the crew spoke live with President Trump and NASA Administrator Jared Isaacman.

The Best Quotes of the Day

“As we prepare to go out of radio communication, we’re still going to feel your love from Earth. And to all of you down there on Earth and around Earth, we love you, from the Moon. We will see you on the other side.”

Victor Glover

Artemis II Pilot

“As we surpass the furthest distance humans have ever traveled from planet Earth, we do so in honoring the extraordinary efforts and feats of our predecessors in human space exploration. We will continue our journey even further into space before Mother Earth succeeds in pulling us back to everything that we hold dear. But we most importantly choose this moment to challenge this generation and the next to make sure this record is not long-lived.”

Jeremy Hansen

Canadian Space Agency (CSA) Astronaut and Artemis II Mission Specialist

Artemis II – Day 5: Preparations for the Great Flyby (April 5, 2026)

 So, Day 5 was essentially the perfect prelude: suits tested, trajectory fine-tuned, objectives assigned, and the Moon already "pulling" at Orion. Everything was set for history!

The day began to the tune of "Working Class Heroes" by CeeLo Green, with the crew approximately 65,235 miles from the Moon, and featuring a special message from Charlie Duke, an Apollo 16 astronaut—who recalled that he and John Young had named their lunar module "Orion" back in 1972, thereby bringing a beautiful historical circle to a close.

The day's three highlights:

1. Survival Suit Testing (OCSS)

The four astronauts completed a full sequence of tests with the Orion Crew Survival System suit: pressurization, leak checks, seat entry simulations, and evaluations of mobility, nutrition, and hydration in microgravity. These suits protect the crew during the dynamic phases of flight and in the event of cabin depressurization.

2. Trajectory Correction

At 11:03 p.m., the crew executed a trajectory correction burn lasting just 17.5 seconds to fine-tune their path toward the Moon. The two previous burns had been canceled because the trajectory was already virtually perfect.

3. Receipt of Final Scientific Objectives

The crew received the definitive list of 30 lunar targets to observe during the flyby, including the Orientale Basin (~600 miles in diameter, 3.8 billion years old) and the Hertzsprung Basin (~400 miles); comparing these two features will help scientists understand how craters evolve over geological time.

The day concluded with Orion entering the Moon's gravitational sphere of influence at 12:41 a.m. ...of April 6—the moment when lunar gravity becomes the dominant force acting on the spacecraft. The stage was set for the big day.

Artemis II – Day 4: Piloting in Deep Space (April 4, 2026)

A day full of applied science, practical engineering, and little reminders that living in a spacecraft the size of two minivans has its challenges. All set for the big day!

The crew was awakened by "Pink Pony Club" by Chappell Roan—with Orion already 169,000 miles from Earth and 110,700 miles from the Moon. Now closer to the Moon than to home.

Highlights:

Manual Piloting Demonstration

The most technically exciting moment of the day: Christina Koch and Jeremy Hansen took the controls of Orion in deep space for 41 minutes, testing two propulsion modes—six degrees of freedom and three degrees of freedom—to provide engineers with real-world data on the spacecraft's handling far from Earth. Wiseman and Glover will repeat the demo on Day 8 to broaden the perspective—data that will prove valuable for future long-duration missions.

Review of Lunar Science Objectives

The crew reviewed the preliminary list of geological features to be photographed and described during the flyby. A key difference compared to the Apollo missions: those flew at ~70 miles from the surface; Orion will pass at 4,066 miles—much farther away, but with the advantage of viewing the entire lunar disk at once, including the poles.

Second Corrective Burn Canceled... and a Plumbing Problem

Just like on Day 3, the second correction burn was also canceled due to a perfect trajectory. Instead, the team reoriented the spacecraft, pointing a vent toward the Sun to thaw a potential blockage in the wastewater drain line. The toilet was functional, but the crew had backup devices on hand just in case. The second time on the mission that the waste management system has caused a bit of trouble!

Optical Communications: Record Broken

Orion's laser communications system surpassed 100 gigabytes of data transmitted to Earth, including high-resolution images. This infrared technology transmits much more data than traditional radio-frequency systems—a crucial test in preparation for future missions to Mars.

Deep Space Science

The AVATAR payload continued monitoring bone marrow cells derived from the crew's blood to study how the immune system reacts to deep space. The crew also collected saliva samples and continued using actigraphy devices—small, watch-like sensors—to monitor health and sleep. The German DLR’s M-42 radiation sensors also operated normally.

And as a fun side note: the crew took selfies using one of the external cameras located on Orion’s solar panels.

Artemis II – Day 3: Navigating Toward the Moon (April 3, 2026)

A more low-key day than the last, but an essential one: fine-tuning the systems, preparing the bodies, and mentally anticipating the big event on Monday. The calm before history!

A day of transition and preparation—the crew is already settling into a deep-space operations rhythm, positioned about 99,900 miles from Earth, with the Moon lying 161,750 miles away.

The crew was awakened to the sound of "…In a Daydream" by the Freddy Jones Band—a highly fitting choice for a team literally traveling toward the horizon.

Highlights:

Trajectory so precise that the corrective burn was cancelled

A trajectory correction burn lasting a mere 8 seconds had been planned to adjust velocity by 0.7 feet per second—a minuscule yet important maneuver. However, the ground team cancelled it because Orion was already heading exactly where it needed to go. This served as a testament to the extraordinary precision of the launch and the TLI burn performed the previous day.

Cabin preparation for the lunar flyby

The four astronauts practiced the "choreography" of moving in microgravity within a space roughly the size of two minivans—stowing equipment, positioning cameras, and configuring the 80–400mm and 14–24mm photographic lenses they would use on Monday. It was a reminder that in space, even the act of moving requires planning and coordination.

A view of Earth taken by NASA astronaut and Artemis II Commander Reid Wiseman from one of the Orion spacecraft’s window after completing the translunar injection burn on April 2, 2026. The image features two auroras (top right and bottom left) and zodiacal light (bottom right) is visible as the Earth eclipses the Sun.

Lunar science preparations underway

The ground-based science team began selecting geological targets for the flyby. A fascinating fact: during the flyby, the Sun-Moon-Orion alignment would illuminate approximately 20% of the lunar far side—including features never before seen by the human eye, such as the entire Orientale Basin, Pierazzo Crater, and Ohm Crater.

Medicine and communications

The crew performed demonstrations of CPR and choking response techniques—medical emergency procedures adapted for deep-space environments. Christina Koch also tested Orion’s optical communications system, transmitting high-definition video from the capsule to ground stations, and from there, on to Houston. Everything functioned flawlessly.

Artemis II – Days 1-2: From a Broken Toilet to the Road to the Moon (April 1–2, 2026)

So Day 2 was the true point of no return: from orbiting Earth to traveling toward the Moon. The adventure was beginning in earnest!

A mission start that combined the epic with the very human—because even in deep space, plumbing problems still need solving.

The most human detail of the mission:

In the early hours, the crew reported a blinking fault light in Orion’s toilet system. Working with Mission Control in Houston, they successfully resolved the issue before proceeding. Space exploration has its everyday realities!

The Orbital Adjustment Burns:

Before heading toward the Moon, Orion needed to shape its Earth orbit with two maneuvers:

Apogee Burn (Day 1): Raised the highest point of the orbit.

Perigee Burn (Day 2, 7:06 a.m.): A 43-second ignition to raise the lowest point. The crew was awakened by "Sleepyhead" by Young and Sick—a humorous nod from the ground team.

Together, these two burns placed Orion into a stable Earth orbit, ready for Trans-Lunar Injection.

The Big Moment — The TLI Burn:

Following a unanimous "Go" vote from the mission management team, at 7:49 p.m. EDT, Orion’s main engine fired for 5 minutes and 50 seconds, burning ~1,000 pounds of fuel and accelerating the spacecraft with up to 6,700 pounds of thrust. Result: The crew departed Earth orbit bound for the Moon—the first humans to do so since Apollo 17 in 1972.

Interesting Technical Details:

The onboard exercise device—a flywheel weighing just 30 pounds (the size of a carry-on suitcase)—allows for rowing, squats, and deadlifts with loads of up to 400 pounds. A stark contrast to the International Space Station’s more than 4,000 pounds of exercise equipment, yet perfectly adapted to the mass constraints of deep space.

The Science Team Is Already at Work:

Following TLI, the lunar science team immediately began formulating the Lunar Objectives Plan for the April 6 flyby—craters, ancient lava flows, tectonic rifts, and the nearly hour-long solar eclipse that we now know was so spectacular.

A new goal for humanity: Towards a permanent presence on the Moon

Space exploration has always been one of humanity's greatest collective achievements. It represents our innate curiosity, our ability to push boundaries, and our aspiration to unite in a greater purpose that transcends borders, ideologies, and differences. In that spirit, I enthusiastically celebrate the recent announcement accelerating the return of humans to the Moon and the establishment of a permanent base.

On December 18, 2025, an executive order was signed committing the United States to returning astronauts to the lunar surface by 2028 through the Artemis program and establishing the initial elements of a permanent lunar outpost by 2030. This plan includes the development of nuclear reactors for sustainable energy on the Moon, partnerships with the private sector, and preparations for future missions to Mars.

This progress comes at a pivotal moment, following NASA's celebration of the fifth anniversary of the Artemis Accords on November 20, 2025. These agreements, established in October 2020, have grown to include 59 nations, with the recent addition of Hungary, Malaysia, and the Philippines. This expansion reflects a growing global commitment to the peaceful, transparent, and responsible exploration of space, in a context where international cooperation is essential to prevent conflict and promote the common good.

NASA Acting Administrator Sean Duffy emphasized how the participation of these new signatories strengthens the global commitment to safe and peaceful exploration, especially at a time when some seek to militarize space. The Artemis Accords promote key principles such as non-interference in the space activities of others, mitigation of orbital debris, interoperability of systems for more efficient operations, and the release of scientific data. In September 2025, a meeting of leaders was held in Sydney, co-hosted by NASA with agencies from Australia and the United Arab Emirates, where global leaders discussed these topics, fostering transparency and information sharing.

In addition, NASA has announced a 2026 workshop for signatories, focused on transparency and data sharing regarding lunar missions, which will help prevent harmful interference. As an example of this collaboration, four CubeSats from South Korea, Saudi Arabia, Argentina, and Germany will fly on the Artemis II mission, demonstrating how diverse nations contribute to a shared effort.

Beyond the technical and strategic aspects—such as attracting private investment, modernizing launch infrastructure, and strengthening space security—what deeply inspires me is the human potential of this initiative. A permanent base on the Moon is not just a technical outpost: it is a step toward expanding human consciousness, a place from which we can observe our fragile Earth with new perspectives, foster innovations that benefit all of humanity (from medical advances to sustainable technologies), and remember that, in the vast cosmos, we are one species.

The Artemis program, with its emphasis on international collaboration and the involvement of the commercial sector, opens the door for more nations and companies to participate. Imagine: scientists from around the world working together on the lunar surface, sustainably extracting resources, building habitats that could serve as models for solving terrestrial challenges like resource scarcity or climate change. With the growth of the Artemis Accords—which have multiplied their number of signatories from just eight founders to 59 in five years—there is a clear surge in the global commitment to shaping a safe, peaceful, and prosperous future in space.

I wholeheartedly support a return to the Moon and the establishment of a permanent base there, not for nationalist or political reasons, but because it represents the next logical step in the evolution of our civilization. It is an investment in the future of humanity, in our scientific knowledge, in our technological capabilities, and, fundamentally, in our collective imagination.

At the same time, we must ensure that this new era of space exploration is conducted with the highest humanistic ideals. We must advocate for international cooperation, for peaceful exploration, for the open exchange of scientific knowledge, and for ensuring that the benefits of these technologies are widely shared. Space should be a frontier that unites humanity, not one that divides it.

At the same time, we must ensure that this new era of space exploration is conducted with the highest humanist ideals. We must advocate for international cooperation, for peaceful exploration, for the open exchange of scientific knowledge, and for ensuring that the benefits of these technologies are widely shared. Space must be a frontier that unites humanity, not one that divides it.

When the first person looks back at Earth from the windows of the permanent lunar base, they will see a world without visible borders, a beautiful and fragile planet floating in the void. This perspective, known as the "overview effect," has transformed every astronaut who has experienced it, giving them a profound appreciation for the unity of life and humanity.

Sources: Official White House and NASA press releases and specialized reports.

Images produced by Gemini and Copilot AI.

"For the Benefit of All"

In a world where the stars seem unreachable and earthly challenges overwhelm us, in an era marked by speed, competition, and uncertainty, there are institutions that remind us that knowledge, cooperation, and curiosity remain our best tools for building a better future. NASA is not just a space agency; it is a mirror reflecting what we are capable of achieving when science is put at the service of all.

Since its creation more than half a century ago, NASA has transcended its initial roles as an agency dedicated to transporting humans and cargo into space. It has evolved into a beacon of knowledge and hope, inspiring humanity to look beyond the horizon and reflect on our place in the universe.

Image created by AI

From space, our planet has no borders. NASA has taught us to see it for what it truly is: a fragile, living, and interdependent blue sphere. Thanks to its satellites and observation missions, we have been able to:

- Monitor climate change and its effects in real time.

- Improve agriculture and livestock farming with precise data on humidity, temperature, and soil.

- Anticipate natural disasters, saving lives and resources.

- Optimize global communications, connecting remote communities.

All of this through technologies that were born to explore other worlds but have transformed our own.

NASA doesn't just take astronauts and cargo into space; it takes us, as a species, toward a deeper understanding of our place in the universe. It has revealed:

- The history of the stars that gave us life.

- The dance of the planets, moons, and comets that surround us.

- The possibility of life beyond Earth, raising new questions about what it means to be alive.

Every image from the Hubble telescope, every piece of data from the Perseverance rover, every echo from the cosmic microwave background is an invitation to think, imagine, and feel part of something bigger.

NASA's motto, "For the Benefit of All," is not just rhetoric. It is an ethical statement that upholds the idea that knowledge should uplift us, not divide us; that exploration should serve human dignity, not profit or power.

At a time when some propose turning NASA into yet another company subservient to private or military interests, it is vital to remember that its greatest legacy lies not in its contracts, but in its capacity to inspire, educate, and unite.

In the conversation about which space agency has generated the most knowledge for the global community, the answer is clear: NASA. Its leadership is based on an unprecedented Open Access policy. While other agencies may be more secretive, NASA releases the vast majority of its mission data (from the Hubble Telescope to Earth's climate observations) free of charge and without restrictions. This treasure trove of information is available to scientists, entrepreneurs, and students worldwide.

It has not only made data available to us, but has also cultivated a culture that the private sector draws upon. By democratizing access to knowledge, it becomes a "force multiplier" for science and innovation across the globe.

All of this—protecting the planet, advancing knowledge, inspiring generations—costs just pennies per person. Less than a cup of coffee. And yet, its value is immeasurable.

NASA is an investment in the best of us: in our ability to look to the sky and ask ourselves not only what's out there, but who we are here.

6,000 Worlds and Counting: What Exoplanets Teach Us About the Univeres

I still remember the day I read in an encyclopedia that the only star system with planets was our own. That statement, so confident at the time, now seems almost poetic in its naiveté. In 1995, the discovery of a planet orbiting a sun-like star changed everything. It wasn't just a scientific breakthrough, but a shift in perspective. Suddenly, our solar system was no longer unique. The night sky became a map of possibilities. Today, NASA has confirmed more than 6,000 worlds outside the solar system. Each of those planets represents a possibility, a story, a question. And each discovery brings us closer to understanding whether we are alone in the universe—or if, perhaps, life is a cosmic constant waiting to be found.

Why does it matter?

This milestone isn't just about numbers. It's about the accelerating pace of discoveries and the tools we've created to explore the cosmos. Missions like the James Webb Space Telescope have already analyzed the atmospheres of more than 100 exoplanets. And with the Nancy Grace Roman Space Telescope and the Habitable Worlds Observatory on the horizon, we're preparing to study planets that could resemble Earth, not only in size, but also in habitability.

The pace of discovery is accelerating

Just three years ago, we had confirmed 5,000 exoplanets. Today there are more than 6,000. And there are more than 8,000 candidates awaiting confirmation. 

A community of curiosity

NASA's The Exoplanet Science Institute (NExScI) and the NASA Exoplanet Exploration Program (ExEP) are leading this initiative, but they rely on a global network of scientists and observers.

This achievement would not be possible without the telescopes that have expanded our view of the cosmos:

• Kepler Space Telescope: Discovered more than 2,600 exoplanets by detecting tiny diminutions in light as planets passed in front of their stars.

• TESS (Transiting Exoplanet Survey Satellite): Continues Kepler's legacy, scanning the sky for planets around nearby stars.

• Hubble Space Telescope: Pioneer in the study of exoplanet atmospheres using ultraviolet and optical instruments.

• Spitzer Space Telescope: Provided key infrared observations for understanding the temperature and composition of distant worlds.

• James Webb Space Telescope: Has already analyzed the chemistry of more than 100 exoplanet atmospheres with unprecedented infrared precision.

• Ground-based observatories: Such as Keck (Hawaii), Magellan II (Chile), Palomar (California), Kitt Peak (Arizona), and ARTEMIS (Tenerife), which confirm and characterize exoplanets with high-resolution spectroscopy.

This reminds us that cosmic exploration is a collective effort that invites educators, artists, and storytellers to join in.

What's next?

As we search for biosignatures (signs of life in distant atmospheres), we also deepen our understanding of our own planet. Earth becomes not only our home, but our point of reference. And each confirmed exoplanet becomes a mirror reflecting the diversity of worlds that could exist.

My reflection at this moment

This breakthrough is the culmination of centuries of curiosity and decades of technological innovation. We've moved from philosophical speculation to hard-data science. We are living in the era in which humanity is taking its first real steps toward becoming a species that explores the galaxy, not just with ships, but with minds and technology.

It's no exaggeration to say that the history books of the future will look back on this period as the moment the cosmos ceased to be a canvas of points of light and became a catalog of worlds to explore. It's incredible!

My Name Is Going to the Moon—And Yours Can Too

I’ve officially joined a mission that’s out of this world—literally. Thanks to NASA’s Artemis II program, my name will orbit the Moon aboard the Orion spacecraft, alongside four astronauts on a 10-day journey that marks a bold step toward humanity’s return to the lunar surface.

This isn’t just a symbolic gesture. It’s a way for people around the globe to be part of space history. NASA is inviting everyone to submit their names to be included on a memory card that will travel aboard Orion. You can add your name, your loved ones, your friends, and yes—even your pets.

Artemis II is more than a flyby. It’s a crucial test of systems and teamwork that will pave the way for future lunar landings and, eventually, crewed missions to Mars. It’s a moment of collective imagination and scientific ambition—and I’m thrilled to be part of it.

If you’d like to join me on this cosmic adventure, it only takes a minute to sign up. You’ll even receive a personalized boarding pass to commemorate your participation.

👉 Click here to add your name and download your pass

Let’s send our names to the Moon—and remind ourselves that exploration belongs to all of us.

Behind the 2024 Total Solar Eclipse

 Honoured to receive this Certificate of Appreciation from NASA/JPL for contributing to the 2024 Total Solar Eclipse efforts.

It’s been inspiring to support a moment that connected science, sky, and curiosity across the globe.

The crew for Artemis II

Artemis 2, crewed mission by NASA, currently scheduled for launch in 2024. The mission is part of the Artemis program, which aims to land the first woman and the next man on the Moon by 2024.

The Artemis 2 crew consist of four astronauts who will launch on board the Orion spacecraft, which will be launched on the Space Launch System (SLS) rocket. The crew will perform a flyby of the Moon, which will be the first time humans have travelled to the Moon since the Apollo 17 mission in 1972.

The crew for Artemis 2

The crew consists of NASA Astronauts Reid Wiseman, Victor Glover, and Christina Koch, and Canadian Space Agency astronaut Jeremy Hansen.

Learn more about the crew and their mission: www.nasa.gov/specials/artemis-ii

Becoming a NASA Solar System Ambassador: A New Chapter in My Journey

Every once in a while, life offers a moment that feels both humbling and electrifying—one of those rare milestones that remind you why you chose a path of curiosity, service, and wonder. For me, that moment arrived with a letter from NASA’s Jet Propulsion Laboratory (JPL), officially welcoming me as a Solar System Ambassador for 2022.

The Solar System Ambassadors Program is a volunteer public engagement initiative managed by JPL in Pasadena, California. Its mission is simple yet powerful: connect communities with the excitement of space exploration, scientific discovery, and humanity’s ongoing journey into the cosmos. To be selected as part of this network of educators, communicators, and space enthusiasts is an honor I carry with deep gratitude.

What This Role Means

As an Ambassador, I’ll be working with local communities—schools, libraries, organizations, and public events—to share NASA’s latest missions, discoveries, and educational resources. It’s a chance to bridge the gap between cutting‑edge science and everyday curiosity, helping people of all ages feel connected to the universe above us.

NASA provides training, resources, and support to ensure that Ambassadors can represent the program with accuracy and enthusiasm. After completing the required orientation and online modules, I’ll be able to host events, give talks, collaborate with educators, and contribute to outreach efforts throughout the year.

A Commitment to Service and Learning

Along with the acceptance letter came the official volunteer agreement and media release forms—formal steps that mark the beginning of this journey. They outline the responsibilities of the role, the protections offered to volunteers, and the expectations for participating in NASA‑sponsored outreach activities.

Signing them felt symbolic: a promise to serve my community, to keep learning, and to share the wonder of exploration with others.

Looking Ahead

I’m excited for the opportunities this role will bring—new collaborations, new audiences, and new ways to inspire curiosity. Space exploration has always been a story of collective effort, and being part of that story, even in a small way, is something I deeply cherish.

As I begin this new chapter, I look forward to bringing more space‑themed content, events, and reflections to this blog. Thank you for being part of the journey.

The cosmos is vast, and our curiosity is the bridge that connects us to it.

Into the Black by Rowland White and Richard Truly

Hello fellow of Cyberspace, today I want to talk about this book Into the Black by Rowland White and Richard Truly.

Hope you like

Title of the work: Into the Black

Original title: Into the Black

Author's Name: Rowland White, Richard Truly

Original language: English

Genre: History and exploration

Publisher: Simon & Schuster Audio

Current edition year: 2006

Years of editions: 2006

Year of reading: 2018

Additional Information:

This book has enchanted me, explains the extraordinary untold story of the first flight of the space shuttle Columbia and the astronauts who flew it for the first time on this ship.

Abstract of the work:

The real-life techno-thriller from a best-selling author and aviation expert that recaptures the historic moments leading up to the launch of the space shuttle Columbia and the exciting story of her daring maiden flight.

Using interviews, NASA oral histories, and recently declassified material, Into the Black pieces together the dramatic untold story of the Columbia mission and the brave people who dedicated themselves to help the United States succeed in the age of space exploration. On April 12, 1981, NASA's Space Shuttle Columbia blasted off from Cape Canaveral. It was the most advanced, state-of-the-art flying machine ever built, challenging the minds and imagination of America's top engineers and pilots. Columbia was the world's first real spaceship: a winged rocket plane, the size of an airliner and capable of flying to space and back before preparing to fly again.

Onboard were moonwalker John Young and test pilot Bob Crippen. Less than an hour after Young and Crippen's spectacular departure from the Cape, all was not well. Tiles designed to protect the ship from the blowtorch burn of reentry were missing from the heat shield. If the damage to Columbia was too great, the astronauts wouldn't be able to return safely to Earth. NASA turned to the National Reconnaissance Office, a spy agency hidden deep inside the Pentagon whose very existence was classified. To help the ship, the NRO would attempt something never done before. Success would require skill, perfect timing, and luck.

Set against the backdrop of the Cold War, Into the Black is a thrilling race against time and the incredible true story of the first space shuttle mission that celebrates our passion for spaceflight.