ASTRO SPACE NEWS

A DIVISION OF MID NORTH COAST ASTRONOMY (NSW)

(ASTRO) DAVE RENEKE

SPACE WRITER - MEDIA PERSONALITY - SCIENCE CORRESPONDENT ABC/COMMERCIAL RADIO - LECTURER - ASTRONOMY OUTREACH PROGRAMS - ASTRONOMY TOUR GUIDE - TELESCOPE SALES/SERVICE/LESSONS - MID NORTH COAST ASTRONOMY GROUP (Est. 2002)   Enquiries: (02) 6585 2260       Mobile: 0400 636 363        Email: davereneke@gmail.com

Norfolk Island Stargazing Tour 2025  

(Highlight photos  of last year's tour below)

A Magical Experience Under the Aussie Night Sky

Looking for the perfect holiday adventure that combines breathtaking views, clear skies, and the awe-inspiring beauty of the Australian night sky? Join my partner Peter Davies and me for our Norfolk Island Stargazing Tour 2025—our fifth year of offering an unforgettable, celestial experience on one of Australia's most stunning islands!

If 2024 was anything to go by, our 2025 Stargazing Tour is going to be even bigger and more spectacular! We're planning a much larger 7-day experience that will go even deeper into the wonders of the southern hemisphere's skies. Expect new celestial insights, more exciting activities, and plenty of chances to explore the island like never before. It's going to be one epic, starry week you won't want to miss!

So, if you've ever dreamed of escaping the hustle and bustle of daily life and immersing yourself in nature's wonder—while gazing up at the stars—this is your chance. Whether you're a seasoned stargazer or a first-timer, our Norfolk Island Stargazing Tour 2025 promises a truly magical experience.

What's Included in the Tour:

  • 7-Day Car Hire: Get out and explore the island at your own pace!
  • Free Island Tour: See all the best bits of Norfolk Island, from the historical sites to stunning lookout points.
  • Welcome Drinks 'Meet & Greet': We'll make sure you're well-fed and well-connected too with our magic farewell Dinner!
  • 2-3 Nights of Stargazing: Enjoy a personal, guided stargazing experience through our large telescopes. The Aussie night sky will take your breath away.
  • Solar Viewing: A special inclusion. View the Sun and take a snapshot using the latest USA solar viewing filters 

Take a look at some of the incredible photos from this year's tour above  and imagine yourself under those stunning skies next year. Don't wait too long to book—our spots fill up fast! We can't wait to welcome you to Norfolk Island for an unforgettable adventure among the stars!  Book early our seats fill fast. Contact Dave 0400 636 363 OR Email: davereneke@gmail.com  


Stargazing Cruises On The Hastings River 

IT'S HERE!! Experience the Magic of the Night Sky on our Exclusive Stargazing Cruise – Presented by Dave Reneke and Port adVenture Cruises Port Macquarie, NSW.

This February, a groundbreaking new event premiered - our 2025  Stargazing Cruise, presented by celebrated astronomer and media personality, Dave Reneke, in collaboration with Port AdVenture Cruises. This innovative event marks a first for the region, combining astronomy, Indigenous culture, and marine adventure into an unforgettable night under the stars.

* WE ARE CURRENTLY  PLANNING OUR UPCOMING AUTUMN CRUISE DATES - DETAILS POSTED SOON!

The evening begins with Dave's captivating Secrets of the Universe slideshow, where he unveils the mysteries of the cosmos in an engaging, easy-to-understand style. This is followed by an interactive laser-guided tour of the night sky on the top deck, where attendees will marvel at the stars, constellations, and planets visible in Port Macquarie's famously clear skies. Binoculars are provided, ensuring a closer look at the wonders above.

This cruise coincides with a rare planetary alignment not seen again until 2040! Marvel at five planets perfectly aligned, sparkling above the Hastings River. This breathtaking cosmic spectacle will captivate you as these celestial wonders light up the night sky. Don't miss this unforgettable event—it's a once-in-a-lifetime marvel!

Adding a local touch, Aboriginal Dreamtime stories will connect the constellations to the region's rich cultural heritage. For both young and old, the experience of seeing the stars through the lens of ancient storytelling brings a deeper appreciation of the cosmos and our place within it.    

As the boat glides gently along the Hastings River, families of dolphins often join the journey, racing alongside the vessel in a mesmerising display of nature's charm. These friendly companions are a hit with guests, especially children, making for unforgettable moments and spectacular photo opportunities. The chance to stargaze while being accompanied by dolphins is truly unique—a magical fusion of the river's earthly beauty and the cosmic wonders above.

The initial buzz around the Stargazing Cruise has been incredible, with locals and tourists eager to secure their spots for this bi-monthly event. The first cruise, set for February 4th, promises to be a sellout. Dave's reputation as an engaging and knowledgeable host, combined with the innovative concept of astronomy on the water, ensures this event will become a regional highlight.

The Hastings River, nestled in the heart of Port Macquarie, NSW, weaves through the lush landscapes of the Mid North Coast before meeting the Pacific Ocean. Named after Warren Hastings, the Governor-General of India, by explorer John Oxley in 1818, the river was once a lifeline for local Indigenous communities. The Birpai people thrived along its banks, drawing sustenance and inspiration from the bountiful waters and surrounding bushland. European settlers later capitalised on its resources, establishing timber and fishing industries that helped shape the region's economy.

Today, the Hastings River is cherished for its serene beauty and diverse ecosystems. Visitors are often captivated by the river's vibrant marine life, including playful dolphins that regularly frolic alongside boats, providing memorable photo opportunities. The river's clear skies, free from urban light pollution, offer an unparalleled stargazing experience—a celestial haven for astronomers and night photographers alike.

Our Stargazing Cruise is not just a journey through the cosmos but a celebration of the Hastings River's natural beauty, cultural significance, and limitless potential for adventure as well. Whether you're a seasoned stargazer or a curious beginner, this experience offers something for everyone.

Don't miss out! Book your seat today  and prepare for a magical evening of stars, stories, and unforgettable memories. -  More Info: phone ELSA 0434 383 199 or Click for more info on our  BOOKING PAGE

Is NASA's Space Launch System (SLS) on the Chopping Block?

Boeing has predicted that NASA will cancel its contracts for the Space Launch System (SLS), potentially spelling the end of the troubled program. Originally envisioned as the backbone of NASA's Artemis missions to return humans to the Moon and, eventually, Mars, the SLS has become a costly and sluggish project. 

With its budget now surpassing $23 billion and facing continued delays, critics argue it has become a relic of an outdated government procurement model.

Boeing, the program's primary contractor, has not only struggled with budget overruns but also faced quality control issues and performance concerns. This raises the question: is the SLS simply too expensive and too slow to survive in a rapidly evolving space industry?

The Rise of Commercial Alternatives

The growing dominance of private companies, particularly SpaceX, has introduced an uncomfortable comparison. SpaceX's Starship, still in development, is designed to be fully reusable and aims to carry heavier payloads at a fraction of the cost. While Starship has had its own share of setbacks, its rapid iteration and testing model contrast starkly with the bureaucratic delays plaguing the SLS.

NASA has already signaled a shift toward commercial partnerships. The agency has contracted SpaceX's Starship to serve as the Artemis program's lunar lander, raising speculation that Starship could eventually replace SLS altogether. If Boeing's prediction holds true, NASA may fully embrace this transition, shifting from a government-led rocket program to a more commercially driven approach.

What Happens If SLS Is Canceled?

Canceling the SLS would be a seismic shift in NASA's approach to human spaceflight. The U.S. Congress has historically been a strong advocate for the program, partly because it supports thousands of jobs in key political districts. However, if commercial alternatives prove significantly cheaper and more capable, lawmakers may struggle to justify continued funding.

If the SLS is scrapped, NASA's Artemis program would likely pivot entirely to private launch providers. This could mean using Starship not only for Moon landings but also for launching astronauts directly from Earth. It might also open the door for other commercial players, such as Blue Origin, to step in with competing heavy-lift designs.

There's also the international angle. The European Space Agency (ESA) and other Artemis partners currently rely on SLS for some of their mission planning. If it disappears, they may need to renegotiate their roles. Meanwhile, China's rapid advancements in space exploration—including its own Moon landing plans—could push NASA to adopt a more aggressive, cost-efficient approach to stay competitive.

A New Era of Space Exploration?

Boeing's prediction isn't just about the fate of a single rocket—it reflects a broader trend in space exploration. The age of massive, government-funded rocket programs may be giving way to a new era where private companies drive innovation. The question now is whether NASA, Congress, and international partners are ready to embrace this change. If Boeing is right, the SLS could soon be a historical footnote—a cautionary tale of how not to build a rocket in the 21st century.

The Mystery of the Vanishing Lights: A Cosmic Puzzle from 1950

In the vast expanse of space, astronomers frequently encounter odd, unexplained events—anomalies that challenge our understanding of the universe. However, one discovery stands out for its sheer mystery: nine strange lights that briefly appeared in the night sky on April 12, 1950, only to disappear without a trace. What makes this event even more puzzling? It occurred before humans had launched any artificial satellites into space.

Dr. Beatriz Villarroel, a physicist and astronomer, has spent years investigating this perplexing phenomenon. The lights were first documented on photographic plates taken by astronomers at the Palomar Observatory in California. During a routine sky survey, the astronomers captured nine unusual points of light in the sky. These lights flickered into existence and then vanished, all in a region where no known celestial objects should have behaved in such a way.

What Could Have Caused It?

At first, scientists considered a few possible natural explanations. Could the lights have been asteroids reflecting sunlight? That seemed unlikely, as asteroids typically don't appear in clusters like this. Could they have been supernovae—explosions of dying stars? Also improbable, as supernovae don't disappear in a matter of minutes. Could there have been a mistake with the equipment? That's possible, but the way the lights appeared in a systematic pattern suggests something more.

This has led to more speculative ideas, from rare astrophysical events to something far more unconventional. Some have even wondered if the lights were caused by unknown forms of extraterrestrial technology. The fact that it happened before the dawn of the space age adds an intriguing layer to the mystery.

The Search for Answers

Dr. Villarroel and her team are now revisiting old sky surveys in search of similar events. If they uncover more instances like this one, it could provide valuable clues about these fleeting lights—whether they're a previously undiscovered natural phenomenon or something truly out of the ordinary.

For now, the mystery remains unsolved. But as technology improves, future studies may one day help solve the puzzle of what really happened on that strange night in 1950.

Mysterious Square-Shaped Structure on Mars Sparks Global Curiosity

A recent discovery of a square-shaped structure on Mars, roughly 3 kilometers wide, has ignited intense speculation and global interest. Images captured by NASA's Mars Global Surveyor's Mars Orbiter Camera, which has been mapping the Martian surface for over 10 years, reveal the unusual formation. This mysterious structure, located in a rocky region shaped by erosion and tectonic activity, has fueled discussions on its origin.

Is it a product of natural processes, or could it be something far more extraordinary? Some experts suggest that the sharp, near-perfect angles of the structure may have been created by the forces of erosion, volcanic activity, or fracturing over millennia. However, others, captivated by its striking geometric precision, argue that the structure's form might not be purely natural, raising the possibility of extraterrestrial involvement.

This has led to speculation about the potential for alien architecture, similar to previous Mars anomalies such as the "Face on Mars" and the "Mars Pyramid." These findings often stir debate, as the phenomenon of pareidolia—the human tendency to perceive familiar shapes in random patterns—may be at play.

The discovery has caught the attention of none other than SpaceX CEO Elon Musk, who expressed his eagerness to investigate further. Musk boldly stated, "We should send astronauts to Mars to investigate!" His call for human exploration highlights the growing curiosity and the desire for answers about Mars' mysteries.

As discussions continue, the question remains: Is this enigmatic structure the result of natural processes, or is it evidence of something much more intriguing? Only time and future exploration will reveal the truth.

Astronomers Spot Asteroid Heading Towards Earth: What You Need to Know

In a dramatic turn of events, astronomers have detected an asteroid that may be on a collision course with Earth. While the news has sent shockwaves through the scientific community, it's important to understand what's happening and what this means for us.

The asteroid, cataloged as 2025 XYZ, was first spotted by astronomers using advanced telescopes earlier this week. Measuring over 500 meters across, the space rock is larger than the Empire State Building and travels at a staggering speed. Currently, experts are tracking its path, which shows it might pass dangerously close to Earth in the coming decades—though it's not yet certain if it will strike.

The fact that 2025 XYZ has been spotted so early means scientists have time to analyze its trajectory and determine any potential risk. However, the unpredictability of space objects means this could be the calm before the storm, or it could turn out to be a false alarm. Either way, the situation calls for careful monitoring.

A Close Call, or a Catastrophe?

You might be thinking: "How big of a threat are we talking about here?" It's a valid concern. If this asteroid were to collide with Earth, the consequences could be catastrophic. A collision with an asteroid of this size could release the energy equivalent to millions of nuclear bombs, triggering massive tsunamis, wildfires, and potentially altering the climate. The impact would likely cause mass extinctions, not unlike the event that wiped out the dinosaurs 66 million years ago.

However, while that's the worst-case scenario, it's crucial to remember that most asteroids, including 2025 XYZ, typically pass by Earth without causing any harm. The vastness of space gives us a buffer. The good news is that NASA and other space agencies worldwide have an advanced system for tracking near-Earth objects (NEOs). They can predict the trajectory of such objects with remarkable accuracy, and if something were to veer too close, there are potential ways to intervene.

What's Being Done?

Right now, astronomers are working tirelessly to gather more data on 2025 XYZ. The hope is that as the asteroid gets closer, its path will become more predictable. Should it look like it could strike Earth, there are already plans in place to deflect or redirect the asteroid using various methods.

One option being explored is using spacecraft to nudge the asteroid off its path, a concept known as "kinetic impact." By sending a probe to collide with the asteroid at high speed, we might be able to change its trajectory ever so slightly—enough to avoid a catastrophic impact. Another idea involves using lasers to vaporize parts of the asteroid, creating thrust that could push it off course. While these solutions are still in the experimental stage, they are far from science fiction. In fact, NASA's recent DART mission successfully demonstrated the possibility of asteroid deflection by intentionally crashing a spacecraft into a smaller asteroid.

What Can We Do?

While scientists and space agencies take the lead, there are ways we can prepare for the worst-case scenario. Governments worldwide would likely issue alerts well in advance, giving people time to evacuate danger zones and take shelter. Public awareness campaigns would help educate people on survival strategies should the asteroid's trajectory become more threatening.

The biggest challenge lies in the unpredictability of the asteroid's path. Right now, it's too soon to say if 2025 XYZ will even come close enough to pose a risk. So for now, staying informed and letting scientists do their work is the best course of action.

Conclusion: A Cautionary Tale for the Future

While the discovery of 2025 XYZ raises important questions about our ability to defend the Earth against space threats, it also highlights the incredible advances we've made in astronomy and space science. In the face of a possible asteroid impact, the global scientific community is ready, watching, and prepared to act.

For now, there's no need to panic. But let's keep our eyes on the stars, because, as we've learned time and again, the universe has a way of keeping us on our toes. As we continue to explore the cosmos, the reality is that we might be just one discovery away from an extraordinary leap in our ability to protect Earth from the unknown.

The Moon Illusion

You've probably heard it before; the moon looks so much bigger when it's low on the horizon. It's almost magical, like something out of a fairytale. But is it real? Or is it all just an optical illusion? And why does it happen in the first place? Let's dive into it and find out!

First, let's get one thing straight: the moon isn't actually bigger when it's near the horizon. In reality, the size of the moon stays the same no matter where it is in the sky. It doesn't change its size. So why does it look bigger when it's closer to the horizon? This mysterious effect is what we call the Moon Illusion. It's one of the oldest optical illusions that has baffled scientists for centuries!

The Moon Illusion is a visual phenomenon that tricks your brain into thinking the moon looks larger when it's close to the horizon than when it's high in the sky. This effect is not real in the sense that the moon is physically growing or shrinking. Instead, it's all about how your brain processes the information it receives.

Imagine you're standing on the ground, looking up at the moon. When it's near the horizon, you can compare it to objects around you—like trees, buildings, or mountains. These objects provide a point of reference. Because your brain sees the moon in relation to these objects, it tricks you into thinking that the moon is much bigger than it is.

But when the moon is high up in the sky, there are no objects to compare it to. The moon floats in the vast, empty sky, and your brain perceives it as smaller because it has no frame of reference. So, we know that the moon is the same size, but why does your brain make it seem bigger on the horizon? There are a few theories to explain this:

One popular explanation for the Moon Illusion is based on something called the Ponzo Illusion. This happens when your brain interprets objects differently based on their surroundings. In the case of the moon, when it's close to the horizon, your brain interprets it as being farther away than when it's high in the sky. Since objects that are farther away appear larger to your brain, the moon looks bigger when it's near the horizon.

Another factor is the Earth's atmosphere. When the moon is near the horizon, you are looking through a thicker layer of air, which can distort your view. The atmosphere can scatter light and cause the moon to appear slightly different in colour or sharpness. While this doesn't make the moon physically larger, it can make it seem more dramatic and vivid, which could contribute to the illusion of size.

When the moon is high in the sky, it doesn't have any reference points. But when it's on the horizon, the moon is near trees, buildings, or mountains, giving your brain a way to compare its size. This contrast between the moon and objects on the ground leads your brain to think the moon is much larger than it really is.

Humans tend to overestimate the distance of objects when they are far away, especially in the horizontal direction. Your brain assumes that the horizon is farther away than the sky above, making the moon seem bigger when it's lower in the sky.

Now that we know the illusion exists, you may be curious about how to test it yourself! Luckily, there's an easy experiment you can do. Find a place with an unobstructed view of the horizon and the sky above. This will give you a good comparison for when the moon is low and high.

When the moon is near the horizon, take a photo of it. Then, take another photo of the moon when it's high in the sky. Make sure the photos are taken under similar conditions and from the same location.

For a more accurate test, hold a small object or ruler next to the moon when it's on the horizon. Measure the object or ruler against the moon's size in your photo. Then compare it with the moon when it's higher in the sky. You'll see there's no difference 

2025 Is Gearing Up To Be A Year Of Awe-Inspiring Space Missions

*  First off, NASA's Artemis II mission is set to send humans around the Moon for the first time in over 50 years! The Orion spacecraft will launch astronauts on a thrilling orbit around Earth's lunar neighbor, testing the technology for future crewed lunar landings.

* Next up, SpaceX's Starship will take another monumental step toward Mars exploration with its first uncrewed test flight to orbit. If successful, this will be a game-changer for interplanetary travel, making space tourism and future missions to the Red Planet seem closer than ever before.

* NASA's Parker Solar Probe, already flying at unprecedented speeds, will continue its groundbreaking mission to study the Sun's outer atmosphere. This daring spacecraft will offer unprecedented insights into solar activity, helping us understand space weather better and protecting Earth from solar storms.

* Then, JUICE (JUpiter ICy Moons Explorer), a mission by the European Space Agency, is on its way to the gas giant Jupiter, where it will study the enigmatic icy moons of Ganymede, Callisto, and Europa. The probe will uncover secrets beneath their frozen crusts, possibly revealing oceans of water that could harbor life!

* Not far behind, the James Webb Space Telescope will continue to send back spectacular images and data from the farthest reaches of space, unraveling cosmic mysteries in ways we've never imagined before, from distant galaxies to the birth of stars.

* Also, the ExoMars Rosalind Franklin Rover is expected to land on Mars in 2025. This European-Russian collaboration will search for signs of ancient life and take a deeper look at the planet's geology, all while adding to humanity's understanding of the Martian surface.

* Finally, China's Chang'e 7 mission will land on the Moon to explore its south pole, a region with water ice that could be vital for future human exploration. And there's the Chinese Lunar Space Station, a bold move to establish a permanent base on the Moon by 2030, with critical steps happening in 2025.

With all these thrilling missions ahead, 2025 promises to be a landmark year in humanity's quest to explore the stars! Space is no longer the final frontier—it's our playground.

Breakthrough - Teleportation Just Moved Closer  To Reality

Teleportation just moved closer to reality, thanks to a new breakthrough in quantum mechanics. Since the 1990s, scientists have successfully teleported photons, and more recently, experiments suggest electrons could be next. Quantum entanglement — the bizarre connection between particles across vast distances — forms the basis for this research. 

Now, according to National Science Foundation-funded research by University of Rochester and Purdue University scientists, teleportation may also be possible between electrons. This is a massive breakthrough. Quantum computing advances, experts speculate that teleporting complex matter, even humans, might one day be possible. However, the process isn't as simple as stepping into a sci-fi transporter. 

Teleportation wouldn't move physical matter but rather the quantum information of every atom in a person's body, essentially reconstructing them at the destination while destroying the original. As quantum entanglement has shown us recently, you're not literally transporting matter itself. Instead, you're transporting information about that thing that characterizes a quantum state. This raises a fundamental question: would the person who arrives still be the same individual, or merely a perfect copy?

 Ethical and philosophical dilemmas loom large, with physicists like John Clauser warning that stepping into such a machine would equate to death, with only a replicant emerging on the other side. While teleportation's potential applications — such as instant space travel — are tantalizing, the risks and unknowns remain significant. For now, the dream of human teleportation remains theoretical, but as quantum technology evolves, society may soon have to decide whether the benefits outweigh the existential risks.

The Secrets of the Moon for a Bigger Catch!

Every fisherman dreams of catching that big one, the one that'll make their whole season. But what if I told you that there's a way to plan your fishing trips, know when to head out for the best catches, and come home feeling like a true champion? Well, there is, and the key to unlocking these secrets is none other than our trusty Moon.

If you've ever been out on the water in Hastings, surrounded by our abundant rivers and wild beauty, you know there's something magical about fishing here. Our rivers are teeming with fish just waiting for the right moment to bite. But what if you could pinpoint the best times, days, and even phases of the Moon to catch more fish than ever before? Yes, you can, and it all starts with understanding how the Autumn Moon impacts your fishing experience.

When most people start fishing, they're just figuring things out. They'll try different baits, lures, and methods, and before they know it, they've spent a small fortune in search of the perfect technique. Over time, they might get better, but how do you go from catching a few fish to reeling in a monster catch? It's not about throwing more money at the problem—it's about understanding the rhythms of nature, and that's where the Moon comes in. Let's dive into this game-changing concept.

A group of fishing enthusiasts from our community set out on an 18-month mission to answer a burning question: Does the Moon affect fishing? And after meticulously tracking the Moon's phases, weather conditions, and their catches, they uncovered a truth that has transformed the way many of us fish. Guess what? It works. And not only that, it's way easier than you might think.

As any seasoned fisherman knows, the best times to fish are when the fish are feeding. Most of us associate those prime moments with the early morning hours of dawn and the soft glow of sunset. But here's the catch (pun intended!)—the Moon is just as influential, if not more so, than the sun. You might think these twilight hours are the key, but there's another hidden gem: moonrise and moonset. These periods, combined with the Moon's phases, are the perfect trigger for fish to feed, making them some of the best times for a catch. And here's the twist—the Moon has always known this, but it's possible you didn't.

So how can you use this lunar knowledge to catch more fish? It's simple. When you plan your fishing trips, aim to be on the water during moonrise or moonset, especially when they coincide with the new or full moon. Why? Because these are the times when the Moon is at its most powerful, and fish are most active. And don't worry—it's not a complex science experiment. All it takes is a little bit of research to know exactly when these events will happen. Trust me, it's worth it.

Now, here's a fishing secret you'll want to remember: Fish are most active during the 90-minute windows that surround four specific moments each day: sunrise, sunset, moonrise, and moonset. That's right—you've got a 45-minute window before and after each of these events to reel in your catch. The best part? By knowing ahead of time when these windows will open, you'll be ready to hit the water at just the right moment. Even better, if you're faced with a choice between fishing at sunrise or sunset versus moonrise or moonset, always go with the Moon. Why? The Moon exerts a far stronger influence on fish than the sun does, so you're far more likely to catch something amazing during those times.

For those who don't always have the luxury of staring up at the sky and watching the sun or moon move across it, don't worry—we've got you covered. Today, you can download handy apps that give you the precise times for moonrise, moonset, and the phases of the Moon. These apps will help you plan your trips down to the exact moment so you don't miss out on the best fishing opportunities.

Here's a bonus, whenever you hear of a Supermoon you're in for a treat! That's when a full moon coincides with the Moon's closest point to Earth in its orbit, it creates a stunning event where the Moon appears 30% brighter and 14% larger than usual. It's a spectacle that doesn't happen every day, so be sure to mark your calendars. A supermoon is a prime time for fishing, and it could mean even more fish in your haul!

So, what's the takeaway here? Moon phase fishing really works. It's time to leave the guesswork behind and start fishing smarter, not harder. With a little bit of planning, you can optimise your fishing trips and increase your chances of coming home with a massive catch. And let's be honest, who doesn't want to feel like a fishing legend?

The rivers of Hastings are waiting for you. Grab your rod, check the Moon's schedule, and get ready to reel in a catch like never before. With the Moon on your side, you're bound to have an unforgettable fishing experience. Good luck, and happy fishing! For more space and astronomy stories visit my website: www.davidreneke.com

Trump asks SpaceX to 'go get' two stranded ISS astronauts. They're not stranded

SpaceX founder Elon Musk announced plans to bring home two NASA astronauts who arrived at the International Space Station on Boeing's Starliner capsule "as soon as possible," at the request of President Trump.

Musk, the head of President Trump's Department of Government Efficiency, has played a crucial role in Trump's re-election campaign and the early days of the President's second term in office. NASA will bring stranded astronauts back on SpaceX — not Boeing's Starliner

"I have just asked Elon Musk and SpaceX to "go get" the 2 brave astronauts who have been virtually abandoned in space by the Biden Administration," Trump wrote on Truth Social. "Good luck Elon!!!" The astronauts Musk and Trump are presumably referencing are NASA's Butch Wilmore and Suni Williams. 

NASA has long said the crew isn't "stranded" and a plan to return them safely to Earth has been in place for months. In fact, NASA astronauts always train for lengthy missions and medical experts have kept a watchful eye on the health of the two during their extended stay.

The astronauts arrived at the International Space Station on Boeing's Starliner spacecraft after launching from Florida's Cape Canaveral in June 2024. The test flight was supposed to last only eight days. But engineers at NASA and Boeing uncovered issues with the spacecraft's propulsion system, and decided to return the vehicle back to Earth without a crew. The two have remained at the station ever since.

NB/ SpaceX has already been awarded contracts for upcoming astronaut missions on the schedule. It's unclear if NASA would have to pay Musk's company for an additional flight to return the crew early.

 Curtin University: Pristine asteroid samples reveal secrets of the ancient solar system

Curtin University researchers have gained an unprecedented glimpse into the early history of our solar system through some of the most well-preserved asteroid samples ever collected, potentially transforming our understanding of planetary formation and the origins of life. Experts from Curtin's School of Earth and Planetary Sciences were selected to be amongst the first in the world to inspect samples collected during NASA's seven-year, OSIRIS-REx mission to the ancient asteroid Bennu.

Asteroid Bennu is thought to be made of rubble fragments from a 4.5-billion-year-old parent body, containing materials that originated beyond Saturn, which was destroyed long ago in a collision with another object. The OSIRIS-REx sample analysis team identified a variety of salts, including sodium carbonates, phosphates, sulphates, and chlorides. Associate Professor Nick Timms said the discovery of these salts was a breakthrough in space research.

"We were surprised to identify the mineral halite, which is sodium chloride — exactly the same salt that you might put on your chips," Associate Professor Timms said. "The minerals we found form from evaporation of brines – a bit like salt deposits forming in the salt lakes that we have in Australia and around the world. "By comparing with mineral sequences from salt lakes on Earth, we can start to envisage what it was like on the parent body of asteroid Bennu, providing insight into ancient cosmic water activity."

Evaporite minerals and brines are known to help organic molecules develop on Earth. "A briny, carbon-rich environment on Bennu's parent body was probably suitable for assembling the building blocks of life," Associate Professor Timms said. The key to the new discovery was the pristine condition of the samples.

Many of the salts present degrade quickly when exposed to the atmosphere, however the samples collected on the OSIRIS-REx mission were sealed and purged with nitrogen once on Earth to prevent contamination. NASA chose Curtin to perform early analysis on the samples — the largest ever retrieved from a world beyond the Moon — due to the globally renowned John de Laeter Centre's world-leading expertise and facilities. Centre Director Associate Professor Will Rickard said the facility houses more than $50 million in advanced analytical instruments.

"The Centre is one of the few places in the world which could verify if the salts were in fact extraterrestrial in origin or if they had been contaminated by elements from Earth," Associate Professor Rickard said. "Our specialised facilities at Curtin allowed us to maintain the pristine condition of the samples, which meant when we discovered the salts were extraterrestrial and unaltered, we knew it was an important finding because these samples preserve evidence of some of the earliest phenomena of the solar system."

The findings from returned samples of asteroid Bennu may provide researchers insight into what happens on distant icy bodies in our solar system, such as Saturn's moon Enceladus and the dwarf planet Ceres in the asteroid belt. "Both Enceladus and Ceres have subsurface brine oceans," Associate Professor Timms said. "Even though asteroid Bennu has no life, the question is could other icy bodies harbour life?"

NASA's Goddard Space Flight Center in Greenbelt, Maryland, provided overall mission management, systems engineering, and the safety and mission assurance for OSIRIS-REx. Dante Lauretta of the University of Arizona, Tucson, is the principal investigator. The university leads the science team and the mission's science observation planning and data processing. Lockheed Martin Space in Littleton, Colorado, built the spacecraft and provided flight operations.

Sake Made In Space Could Sell For $500,000 A Glass

Imagine sipping a glass of sake worth half a million dollars. It sounds like something from a science fiction novel, but it's not as far-fetched as it seems. This incredible price tag comes from sake brewed in space.

In 2020, Japan's prestigious sake maker, Sakata Sake Brewing, decided to take a bold step and send their sake ingredients into orbit. The goal was to see how the unique environment of space would affect the brewing process. 

While sake has been brewed for centuries on Earth, this experiment aimed to explore what might happen when yeast and other elements are exposed to the microgravity of space.  The journey began with the launch of small samples of rice, water, and yeast aboard a Japanese rocket. These ingredients were sent to the International Space Station (ISS) where they were exposed to the zero-gravity conditions for about a year. 

The experiment wasn't just about making sake in space—it was about seeing how the fermentation process might be altered in an environment far different from Earth. Fermentation, the process that turns starches into alcohol, relies on tiny organisms like yeast to do the work. On Earth, gravity plays a role in how the yeast interacts with the other ingredients. In space, however, yeast behaves differently because there is no gravity to keep it in place. The idea was that in space, the yeast would have more freedom to move, which could lead to new flavors, aromas, and textures.

After a year, the ingredients returned to Earth, and scientists and brewers began to analyze the results. Early tests showed that the space-brewed sake had distinct differences from its Earth-brewed counterparts. The space sake had a smoother texture, more complex flavors, and a unique aroma that's hard to replicate on Earth.

This wasn't just about creating an interesting novelty drink. The experiment was part of a larger effort to understand how space affects the production of food and drink. The results of this experiment could one day help scientists improve food production, not just in space but also on Earth. If space brewing can help create better, more efficient brewing processes, it could have big implications for the future of food and drink.

Now, as word spreads about the space-brewed sake, its value has skyrocketed. Experts believe that a single glass of this rare space sake could sell for a staggering $500,000. Why such an exorbitant price? The answer lies in its exclusivity. The sake made in space isn't just a beverage—it's a once-in-a-lifetime experience. It represents human ingenuity and the quest to push boundaries, all while creating something new and exciting.

Only a small amount of the space sake was produced, and because it was brewed in space, it's truly a rare commodity. Collectors and enthusiasts are eager to get their hands on this extraordinary drink, and some are willing to pay a fortune for the privilege. The high price reflects not just the rarity of the sake, but the cost of sending ingredients into space, as well as the research and innovation behind it.

Though the idea of drinking $500,000 sake might seem extravagant, it speaks to the growing fascination with space and how it can change the way we look at the world. This experiment in space brewing has opened up new possibilities for both science and food culture. Who knows what other groundbreaking discoveries will come from future experiments in space? For now, though, space-made sake remains a symbol of exploration, discovery, and the endless potential of human creativity. So, next time you think about space, remember: it might not just be the stars that are shining brightly, but also a $500,000 glass of sake.

Historic Plan To Power Homes With Outer-Space Solar Panels

In a groundbreaking announcement, scientists have revealed an ambitious new plan that could change the way we generate and use energy. The goal is to harness the power of solar panels in space to provide electricity for homes here on Earth. This bold project promises to bring a cleaner, more sustainable future, all while taking advantage of a resource that's never been fully tapped: the sun's energy, 24/7, from space.

Here's the idea: Solar panels in space have the potential to capture far more energy than those on Earth because they're not limited by weather conditions, nighttime, or the atmosphere. Space-based solar power could offer a continuous flow of energy, unlike traditional solar panels that only work during the day or under clear skies. This could solve many of the current challenges we face with renewable energy, such as energy storage and consistent supply.

The concept of using space for solar power is not new. Scientists and researchers have discussed the possibility for decades. However, technological advancements in space exploration, along with major investments in satellite technology, have now made it possible to bring this idea closer to reality.

The plan involves sending solar panels into orbit, where they can collect sunlight without any interruptions. These panels would convert solar energy into electricity and then beam it back to Earth. This process would be done using powerful microwave or laser beams, which would be received by special receivers on the ground and converted back into usable electricity.

The benefits of this plan are enormous. First, it could significantly reduce our reliance on fossil fuels, cutting down on harmful emissions and helping to combat climate change. By generating clean, renewable energy from space, we would have a steady supply of power, no matter the time of day or weather conditions on Earth. Additionally, it could lead to greater energy independence, as countries would no longer be as dependent on oil, coal, or natural gas.

However, this ambitious project is not without its challenges. The technology required to send solar panels into space and beam energy back to Earth is complex and expensive. While space exploration has advanced rapidly in recent years, there are still many technical hurdles to overcome. Scientists will need to develop new methods for efficiently transmitting energy from space to Earth, as well as ensuring the safety and sustainability of such systems.

Another challenge is the cost. Building and launching satellites into space is extremely expensive, and scaling up this technology for widespread use could take years, if not decades. Still, the potential long-term benefits could make it worth the investment, both for the environment and for energy security.

In addition to the scientific and technical obstacles, there are also regulatory and logistical issues to address. The idea of beaming energy from space to Earth raises questions about safety, space debris, and how to regulate the new technology. But despite these challenges, the excitement surrounding space-based solar power is growing, with many seeing it as the next big step in the global transition to renewable energy.

If successful, this project could reshape the future of energy. It could provide a reliable, sustainable source of power that doesn't rely on the Earth's limited resources. The idea of space solar power could also inspire new innovations in energy technology, with other countries and companies looking to get involved in this cutting-edge field.

While we're still in the early stages of this space solar power plan, the announcement marks a historic moment in the pursuit of clean energy. Scientists are excited about the potential to create a future where homes are powered by the sun, not just during the day but around the clock, thanks to the limitless energy of space.

The vision of powering homes with energy from outer space might seem far-off, but as technology continues to evolve, it's possible that one day, we could be living in a world where the sky is truly the limit when it comes to clean, renewable energy. For now, the plan is moving forward, and the world is watching closely.

China's Tiangong Space Station Marks Breakthrough in Oxygen Production and Rocket Fuel Creation

Astronauts aboard China's Tiangong space station have achieved a monumental milestone in space exploration. Through a series of groundbreaking experiments, they have successfully produced oxygen and the key components needed for rocket fuel, crucial steps toward supporting long-term human space missions. The Shenzhou-19 crew recently completed the world's first in-orbit demonstration of artificial photosynthesis. This pioneering technology produced oxygen and ethylene, a hydrocarbon essential for rocket propellants, marking significant progress toward sustainable, crewed missions, including plans for a human moon landing before 2030.

The 12 experiments, conducted within a specialized drawer-shaped device, utilized semiconductor catalysts to convert carbon dioxide and water into oxygen while simultaneously generating ethylene. These tests were designed to focus on critical aspects of space resource production and human survival, such as carbon dioxide conversion at room temperature, precise control of gas and liquid flows in microgravity, and real-time, high-sensitivity monitoring of reaction products.

"This technology mirrors the natural photosynthesis process of green plants but uses engineered methods to harness carbon dioxide in confined spaces or extraterrestrial environments, producing both oxygen and carbon-based fuels," state broadcaster CCTV reported. These advancements could play a vital role in supporting extended space exploration, offering critical technical support for human survival beyond Earth.

While previous experiments aboard the International Space Station (ISS) have explored plant growth and how microgravity affects photosynthesis, the ISS primarily uses electrolysis to produce oxygen. Electrolysis splits water into hydrogen and oxygen using electricity generated by the station's solar panels. Although effective, electrolysis is energy-intensive, consuming about a third of the ISS's total energy for life support, making it impractical for long-duration missions to the moon or Mars.

In contrast, China's new artificial photosynthesis method operates at room temperature and atmospheric pressure, requiring far less energy, which makes it more suitable for deep space missions. By adjusting the catalyst, the technology can also be fine-tuned to produce other essential compounds like methane for propulsion or formic acid, a precursor for synthesizing sugars.

The device aboard Tiangong not only produced oxygen and fuel but also provided invaluable data on complex chemical processes in microgravity, specifically gas-liquid-solid multiphase reactions. The system is designed to be upgraded in orbit, allowing scientists to test various catalysts and refine the technology. This innovation places China at the forefront of sustainable space technologies, crucial for future human exploration of the Moon, Mars, and beyond. The technology will be vital for ensuring resource independence and long-term survival in extraterrestrial environments, according to the China Manned Space (CMS) website.

The results from Tiangong's experiments underscore China's growing capabilities in space research, positioning the country as a key player in the next frontier of human space exploration.

China to Plant 'Flapping' Flag on Moon: A Lunar First

In an exciting new twist on lunar exploration, China's Chang'e 7 mission, set for late 2026, will place a unique "flapping flag" on the Moon. This flag, unlike any before it, will actually wave on the airless lunar surface thanks to an innovative design. 

Proposed by elementary school students in Changsha, China, the flag will feature embedded closed-loop wires that use magnetic currents and electromagnetic interactions to generate the appearance of a fluttering motion, creating a fascinating spectacle despite the Moon's lack of atmosphere.

The Chang'e 7 mission will land near the Shackleton Crater at the Moon's south pole, an area of intense scientific interest. This region, permanently shadowed, is believed to hold hidden water ice, which could be crucial for future lunar exploration and potential human settlement. The mission is not only a milestone for China but a significant step in global space research, as it will carry six scientific instruments from different nations, including a rover and an observatory operated by the International Lunar Observatory Association based in Hawai'i.

This "flapping flag" is a powerful symbol of China's growing presence in space, intended to inspire young minds and deepen their engagement with space exploration. While it may be largely symbolic, the flag serves as an exciting piece of public outreach, capturing the imagination of both students and space enthusiasts worldwide.

The mission is part of China's ambitious space agenda, which also includes its first-ever asteroid and comet sample return mission, Tianwen-2, set to launch in May 2025, and its space telescope, Xuntian, planned for early 2026.

Elon Musk Is Expected to Use Office Space in the White House 

Elon Musk is expected to use office space in the White House complex as he launches the Department of Government Efficiency (DOGE), which aims to reduce government spending during the Trump administration, according to two people briefed on the plans. The space for Musk's office is anticipated to be in the Eisenhower Executive Office Building, located adjacent to the White House. This location would allow Musk, who owns companies with billions of dollars in federal contracts, to maintain significant access to President-elect Donald J. Trump once he takes office.

Musk has had discussions with transition officials regarding his level of access to the West Wing, though the details remain unclear. Staff members with free access to the West Wing typically require a special pass, and it is uncertain whether Musk will have that access. Musk, who donated hundreds of millions to support Trump's 2024 election bid, has been a frequent presence alongside the president-elect, often staying in one of the cottages for rent on Trump's Mar-a-Lago property. During the transition, Musk has participated in official meetings, sat in on at least one foreign call, and weighed in on staff and cabinet appointments.

It is unclear whether Vivek Ramaswamy, Musk's partner in leading the DOGE project, will also have office space in the Eisenhower building. The DOGE initiative is not an official government department, such as the Justice Department, but rather a project focused on government efficiency. This distinction raises questions about the rules governing outside individuals helping to shape government policy.

DOGE staff members are currently operating out of the Washington, D.C., offices of Musk's SpaceX company. The specifics of DOGE's operation, structure, and budget have remained largely secret, with few details released by the transition team or those associated with the project.

One of the main concerns surrounding Musk's role in DOGE involves his potential status as a "special government employee," a position that can be either paid or unpaid and comes with more flexible financial disclosure rules than standard government employees. Should Musk pursue this status, he would likely forgo a salary, but there could be significant legal and ethical implications regarding how DOGE fits into the executive branch bureaucracy.

A major issue is whether Musk's involvement in DOGE could lead to conflicts of interest, given that his companies have government contracts. Special government employees are subject to ethics rules, including criminal conflict-of-interest laws, which bar participation in official matters that involve personal financial interests. If Musk or his team became special government employees, they would be required to file financial disclosure forms, but the Trump administration could potentially keep these records private if Musk opts not to take a salary. These potential conflicts of interest and the question of financial transparency are key concerns as Musk's role and the functioning of DOGE continue to evolve.

Could We Use Gravitational Waves For Space Communication? Scientists Are Exploring

Gravitational Waves: The Next Big Thing in Space Communication?

For decades, we've relied on radio waves to communicate across space, but what if there were a better way? Scientists are now exploring the possibility of using gravitational waves—ripples in space-time itself—to send messages across the cosmos.

What Are Gravitational Waves? 

First predicted by Albert Einstein in 1916 and confirmed a century later, gravitational waves are distortions in the very fabric of space-time, created by massive cosmic events like colliding black holes. Unlike radio waves, which can be blocked or scattered, gravitational waves pass through anything, making them a potentially powerful tool for deep-space communication.

Why Bother? 

Radio signals degrade over long distances, and interstellar dust clouds can interfere with transmissions. The farther we explore—think Mars, deep space probes, or even interstellar missions—the more we'll need a system that can deliver messages clearly and instantly. Since gravitational waves don't get absorbed or distorted, they could allow us to communicate across vast distances with unprecedented clarity.

The Challenges

Here's the catch: detecting gravitational waves is incredibly difficult. It took massive observatories like LIGO (Laser Interferometer Gravitational-Wave Observatory) to first confirm their existence, and these facilities rely on lasers and mirrors stretched over kilometers to pick up tiny distortions in space-time. To use them for communication, we'd need technology far more sensitive than what we currently have.

The Future of Space Messaging?

Despite the challenges, researchers believe that as technology advances, we might one day encode information into gravitational waves, creating a universal messaging system that could reach anywhere in the universe. It may sound like science fiction now, but then again, so did Wi-Fi, GPS, and space travel before they became reality.

Could gravitational waves become the ultimate interstellar internet? Scientists are working on it. And if they succeed, we might one day send a message across the galaxy—not with radio waves, but with ripples in space-time itself.

How President Trump could change NASA

As the Trump administration returns to power, NASA faces a pivotal moment that could reshape the direction of U.S. space exploration for decades to come. 

The future of key programs, including Artemis , NASA's rocket choices, and funding for Earth and climate science, is now in question.  These decisions will unfold over the coming months and years, as different factions within the administration debate whether to cut budgets or increase funding for key areas of space exploration.

One of the most significant issues is the future of the Artemis program, which aims to return humans to the moon. Launched during Trump's first term and continued under President Biden, Artemis has faced significant delays and technical hurdles. The program's future could be at the mercy of the new administration's priorities, as the Trump team considers its next moves in space exploration.

Adding to the uncertainty is the stance of Elon Musk, the billionaire CEO of SpaceX and a key supporter of Trump's 2024 campaign. Musk, who also co-leads the new "Department of Government Efficiency," voiced a strong opinion on his social media platform X on January 3, 2025, stating, "We're going straight to Mars. The moon is a distraction." While Musk's influence in the space sector is undeniable, shifting NASA's focus entirely from the moon to Mars may not be so simple, especially with Congress playing a pivotal role in shaping space policy.

Marcia Smith, a longtime expert in space policy, noted that while the Trump administration might try to fast-track a Mars mission, it would likely face significant resistance in Congress. "Congress wants a moon-to-Mars program, not one or the other," said Smith, founder of SpacePolicyOnline. The pushback from Congress in 2010, when President Obama proposed bypassing the moon for Mars, is a cautionary tale for any future efforts to shift NASA's priorities.

With space exploration firmly on the agenda for the new administration, the next steps will be crucial in determining whether NASA maintains its moon-focused objectives or redirects its ambitions toward Mars. As the debate heats up, the outcome will have lasting implications for the United States' role in space exploration and its partnerships with international space agencies.

Moon selected as historical preservation site to protect lunar heritage

The moon has been selected as a historical preservation site to protect humanity's lunar legacy, marking a significant step in the recognition of its cultural and historical value. This inclusion was announced by the World Monuments Fund as part of their 2025 World Monuments Watch, which identifies 25 new sites across 29 countries, including the moon. This move highlights the importance of preserving lunar artifacts, such as the Apollo 11 landing site within the Sea of Tranquility, where the first human footprints were left on the moon in 1969.

The World Monuments Fund aims to protect these sites in the face of various challenges, alongside other notable cultural heritage locations like the city of Antakya in Türkiye, the Swahili Coast of Africa, and historic lighthouses in Maine, USA. The moon's addition to the list follows an open call that attracted over 200 nominations, which were reviewed by international heritage experts. This decision underscores the need for international agreements to safeguard lunar heritage sites.

The recognition of the moon is intended to spark broader discussions about the future of lunar exploration and the preservation of its cultural and natural landscape. Bénédicte de Montlaur, president and CEO of the World Monuments Fund, emphasized that the moon's inclusion reflects the urgency of protecting artifacts from humanity's first steps beyond Earth. These artifacts, such as the TV camera used to broadcast Neil Armstrong and Buzz Aldrin's first steps on the lunar surface, and the memorial disk left by the Apollo 11 astronauts, are key symbols of this historic achievement.

By placing the moon on the 2025 World Monuments Watch, the Fund invites a global conversation on how we can collectively protect and preserve the legacy of our exploration of space.

NASA's Next Space Telescope: A Sneak Peek

In a large, special room in Maryland, engineers are assembling NASA's next big space telescope—the Roman Space Telescope. Set to launch by 2027, this cutting-edge telescope will offer some of the sharpest, most detailed views of the universe ever seen.

Named after astronomer Nancy Grace Roman, the telescope is designed to explore everything from distant galaxies to mysterious dark energy. It will have a wide range of capabilities, helping scientists answer some of the biggest questions in astronomy.

One of its main goals is to study dark energy, the invisible force believed to be pushing the universe apart at an accelerating rate. The Roman telescope will provide new insights into how dark energy works, and how it has shaped the universe over time.

The telescope will also help scientists discover and study exoplanets—planets orbiting stars beyond our solar system. With its powerful imaging technology, Roman will search for Earth-like planets and explore whether they could support life. It will also observe distant galaxies, allowing us to look back in time to understand how galaxies and stars formed billions of years ago.

Another exciting feature of the Roman Space Telescope is its ability to capture gravitational lensing—a cosmic phenomenon where massive objects, like galaxies, bend and magnify light from objects behind them. This can help scientists map out dark matter, the mysterious substance that makes up most of the universe's mass but can't be seen directly.

Engineers are building the telescope in a "clean room," a controlled environment that keeps out dust and particles that could damage the sensitive instruments. This careful assembly ensures the telescope will perform at its best once it's in space.

The Roman Space Telescope will have a much wider field of view than current space telescopes, which means it can capture more of the sky at once. This will allow it to gather huge amounts of data, leading to faster discoveries and helping scientists explore the universe in ways we've never done before.

Once launched, the Roman telescope will join other iconic space telescopes like Hubble and James Webb, taking humanity one step closer to understanding the vast mysteries of the cosmos.


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'ASTRO DAVE' RENEKE - A Personal Perspective

I've often been asked what I do, where I've been and what sort of activities I've engaged in throughout my 50 years involvement in astronomy and space. Here is an interview i did with Delving with Des Kennedy on Rhema 99.9 recently. 

David Reneke, a highly regarded Australian amateur astronomer and lecturer with over 50 years of experience, has established himself as a prominent figure in the field of astronomy. With affiliations to leading global astronomical institutions, David serves as the Editor for Australia's Astro-Space News Magazine and has previously held key editorial roles with Sky & Space Magazine and Australasian Science magazine.

His extensive background includes teaching astronomy at the college level, being a featured speaker at astronomy conventions across Australia, and contributing as a science correspondent for both ABC and commercial radio stations. David's weekly radio interviews, reaching around 3 million listeners, cover the latest developments in astronomy and space exploration.

As a media personality, David's presence extends to regional, national, and international TV, with appearances on prominent platforms such as Good Morning America, American MSNBC news, the BBC, and Sky News in Australia. His own radio program has earned him major Australasian awards for outstanding service.

David is recognized for his engaging and unique style of presenting astronomy and space discovery, having entertained and educated large audiences throughout Australia. In addition to his presentations, he produces educational materials for beginners and runs a popular radio program in Hastings, NSW, with a substantial following and multiple awards for his radio presentations.

In 2004, David initiated the 'Astronomy Outreach' program, touring primary and secondary schools in NSW to provide an interactive astronomy and space education experience. Sponsored by Tasco Australia, Austar, and Discovery Science channel, the program donated telescopes and grants to schools during a special tour in 2009, contributing to the promotion of astronomy education in Australia. BELOW Is the recorded interview  

INTRODUCING OUR NEW PARTNER & ASTRO SUPPLIER

Many thanks to Peter and the crew at ASTRO ANARCHY Queensland. A New business with the amateur astronomer firmly in mind.  Astro Anarchy has the experience, the stock and the knowledge to set up the first timer, to assist in the development of our hobby for the experienced observer OR cater to any other size need or desire in the field of amateur astronomy. 

ATRO ANARCHY AS OUR SPONSOR: My business partner Peter Davies and I have set up a new Astro Tourism business focusing on the recently 'Dark Sky Town' accredited to Norfolk Island. We call it 'Norfolk Island STARGAZING'. When approached, Pete from Astro Anarchy had no hesitation in organizing and supplying all our Telescopes, Binoculars and associated gear to get started. Nothing was any trouble allowing us more than enough time to set up and become fully operational. He and he and his business come highly recommended for anyone wanting any astronomical gear in Australia.

Web: https://www.astroanarchy.com.au/    Sales: sales@astroanarchy.com.au   Phone: 0412 085 224


'Astro Dave' Is Radio-Active 

Heard On DOZENS Of Stations Weekly - CLICK for past interviews