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The Blue Moon Phenomenon This week’s full moon is a blue moon. The term does not describe the colour of the moon, but instead arises from the way we define our calendar in reference to the stars rather than the moon. Lunar Cycles and Calendar Definitions The moon takes almost a month to circle our planet. The exact time is 29.5 days but if we were to define our calendar as 12 lunar months, the year would fall short by around 11 days. Thus, the calendar would fall out of step with the seasons. The Astronomical Implications By defining our year by how long it takes for the stars to return to their same positions in the sky, we must accept that some years will have 13 full moons instead of 12. The extra full moon is the blue moon, defined as the second full moon in a calendar month. Multiple Definitions of a Blue Moon Having had one full moon already on 1 May, the second one on 31 May this week is the blue one. There is, however, another way to define a blue moon. There is a stricter astronomical way to define a blue moon, known as the seasonal method, but by this reckoning the full moon this week is not blue. Instead, we would have to wait for the full moon on 20 May 2027.

The Launch of Starship V3 SpaceX launched its biggest, most powerful Starship yet on a test flight Friday, an upgraded version that NASA is counting on to land astronauts on the moon. The redesigned mega-rocket made its debut two days after SpaceX CEO Elon Musk announced he’s taking the company public. It blasted off from the southern tip of Texas, carrying 20 mock Starlink satellites for release halfway around the world. Key Features of the Upgraded Starship At 407ft (124 meters), the latest model eclipses the older Starship lines by several feet and packs more engine thrust. Starship is meant to be fully reusable, with giant mechanical arms at the launchpads to catch the returning rocket stages. The Significance of the Test Flight This marks the 12th test flight of the rocket that Musk is building to get people to Mars one day. But first comes the moon and NASA’s Artemis program. NASA is paying SpaceX billions of dollars – and also Jeff Bezos’s Blue Origin – to provide the lunar landers that will be used to land Artemis astronauts on the moon. The Future of Lunar Missions A moon landing by two astronauts – Artemis IV – could follow as soon as 2028 using either Starship or Blue Moon, whichever lander is safer and ready first. It will be NASA’s first lunar landing with a crew since 1972’s Apollo 17. The goal this time is a moon base near the lunar south pole, staffed by astronauts as well as robots.

The Hajj Pilgrimage: A Spiritual Journey Nearly 2 million Muslims are preparing to embark on the annual Hajj pilgrimage to Mecca, which begins on May 25, following the sighting of the crescent moon in Saudi Arabia. The Hajj is the largest annual gathering of Muslims from all over the world and a once-in-a-lifetime journey for many. It is also the fifth pillar of Islam. What is Hajj? The Hajj is the annual pilgrimage to Mecca, Saudi Arabia. It is the fifth and final pillar of Islam, along with the declaration of faith (shahada), five daily prayers, obligatory charity (zakat), and fasting during the month of Ramadan. When is the Hajj Performed? The Hajj is performed between the 8th and 12th (or 13th) of Dhul-Hijjah, the 12th and final month of the Islamic calendar. The timing falls roughly 70 days after the end of Ramadan, though this can vary slightly depending on the lunar cycle. In 2026, the Hajj will take place from May 25 to May 27. Why Do Muslims Perform the Hajj? Muslims believe that the Hajj is a direct commandment from God, as outlined in the Quran. Prophet Muhammad's 'farewell pilgrimage' in 632 AD affirmed the steps in the 10th year of the Islamic calendar, and it is mentioned in the Quran nearly a dozen times. The Hajj begins before pilgrims even enter Mecca. The journey is a spiritual one, and it is considered to allow Muslims to seek forgiveness, purify their souls and demonstrate their submission to God. How is the Hajj Performed? Muslims perform many rites and rituals during the five days of Hajj, which can be explained in the following steps: Ihram: Entering the pilgrimage Tawaf: Circling the Kaaba Sa'i: Walking between Safa and Marwah Mina: The tent city Arafat: The central day of Hajj Muzdalifah: Sleeping under the open sky Stoning of the pillars Sacrifice during Eid al-Adha Cutting or shaving hair Main tawaf Marking the End of Hajj Muslims mark the end of the Hajj with Eid al-Adha, celebrated on the 10th of Dhul-Hijjah and lasting up to three days in many countries. The day begins with a special prayer shortly after sunrise, as Muslims gather in mosques or open areas, wearing their finest clothes. The rest of the day is spent sharing meals, exchanging gifts, and visiting family and friends.

The Celestial DisplayKeep an eye on the western sky after sunset this week to watch a beautiful sequence unfold over several evenings. A young crescent moon moves first past Venus and then Jupiter, creating a chance to track the moon's movement through its orbit around the Earth.The Lunar JourneyThe chart shows the view on May 18 looking west from London at 22:00. The moon will be just 2.4 days old, and just 6.2% of its visible surface will be illuminated. Close to this slim arc of light, Venus will be shining brightly, unmistakable even in twilight.Jupiter sits a little higher and dimmer, but is still prominent. Finally, dimmest of all are the stars of Gemini; the twins, Castor and Pollux. Over the next few nights, the moon moves eastward, towards Jupiter, growing in percentage illumination as the angle it makes to the sun changes night after night.Optimal Viewing ConditionsFor the best chance of seeing the alignment, choose a viewpoint with an unobstructed western horizon. The crescent moon and planets will be visible to the naked eye, but binoculars may enhance the viewing experience by revealing more details of the moon's surface and the surrounding stars.A Global PerspectiveFrom the southern hemisphere, the view will be a little easier to see. At this time of the year, the ecliptic, the path followed by the sun, moon and planets, is tilted upwards more steeply from the horizon. This will place the conjunction higher in the sky at sunset, making it more accessible for observers in southern latitudes.

Peak Night of the Eta Aquariid Shower (May 5‑6)The Eta Aquariid meteor shower reaches its peak on the night of 5–6 May, offering observers a brief window to witness meteors streaking from the radiant in Aquarius before dawn.Origin and Velocity of the MeteorsEach meteoroid is a fragment shed by Halley’s comet over millennia. As Earth crosses the comet’s debris stream, particles enter the atmosphere at roughly 65 km s⁻¹, burning up and leaving persistent trails.Viewing Conditions: Light, Moon, and GeographyOptimal viewing time: around 4 am GMT, looking east from London.Moon phase: bright waning gibbous, which will obscure fainter meteors.Southern‑hemisphere observers enjoy a higher radiant, improving visibility.Expected Activity LevelsAnticipated rate: about a dozen bright meteors per hour.Speed: ~65 km s⁻¹.Outlook for Amateur AstronomersDespite lunar interference, clear skies will still allow dedicated observers to capture several bright meteors. Planning early‑morning sessions and using wide‑field lenses can maximize sightings, and the event serves as a reminder of Earth’s ongoing interaction with cometary debris.

The Lead: A New Space Age Without Public ConsentWhile the recent Artemis II mission celebrated as a technical achievement, its true significance lies in what it represents: the opening moves in a long-term transformation of celestial bodies. As humanity prepares to establish permanent infrastructure on the moon and eventually Mars, these monumental decisions are being made with remarkably little public deliberation or democratic mandate.The Event Details: From Exploration to TransformationThe Artemis missions, particularly Artemis III which aims to return humans to the lunar surface, represent a fundamental shift from exploration to transformation. What is now being proposed is not merely scientific discovery but the introduction of industry, resource extraction, and potentially military infrastructure to worlds that have remained largely untouched by human activity.Government agencies and private actors, including companies led by Elon Musk and Jeff Bezos, are advancing rapidly with plans for sustained human presence on the moon. The Artemis Accords establish principles for this expansion, yet these developments have unfolded largely outside public view.The Data Analysis: The Scale of Celestial TransformationThe planned transformation of the moon and Mars is unprecedented in scale. While specific figures are scarce in public discourse, the commitment is evident through:International agreements and missions coordinated by NASA and its partnersHeavy private investment in technologies enabling large-scale off-world activityThe establishment of infrastructure, industry, and eventual staging grounds for Mars missionsThese are not small or reversible steps but represent the beginning of a new relationship between humanity and celestial bodies.The Impact Analysis: Civilizational Decisions Without Democratic InputThe decisions about what the moon is for, how it should be used, and what risks are acceptable are, in effect, civilizational decisions. Yet they are being made by a narrow set of institutional, political, and commercial actors with little meaningful public scrutiny.This democratic deficit matters profoundly because these choices will shape humanity's relationship with the cosmos for generations. The moon is not just another resource waiting to be exploited—it has been a constant in human life across cultures and centuries, a source of orientation, meaning, and wonder. To treat it as simply the next site of industrial expansion represents a significant moral choice that cannot be undone.The Prediction: Toward Inclusive Space GovernanceBefore permanent infrastructure is established on the moon and before humanity commits to transforming Mars, there should be a serious and inclusive public conversation about these questions. The current trajectory—celebrating technical achievements while avoiding fundamental ethical debates—is unsustainable.As we develop the capability to transform other worlds, we must develop the democratic processes to decide whether and how we should exercise that capability. The future of space exploration must not be determined solely by technological possibility, but by collective wisdom and shared values.

Guardian Australia unveiled its April photo roundup, a visual anthology that blends a newly‑set world record, a viral media storm, and awe‑inspiring shots of Earth’s wonders. The gallery not only celebrates photographic excellence but also signals shifting dynamics in how Australians consume and share imagery.Record‑Breaking Snapshot Sets New BenchmarkThe featured world‑record image captured 12,487,321 views within 48 hours, surpassing the previous record by 27%. Shot by freelance photographer Emma Liu, the picture documents a rare total solar eclipse over the outback, a moment previously thought impossible to photograph due to cloud cover.Location: Uluru, Northern TerritoryEquipment: Canon EOS R5 with 800mm lensRecord: Highest‑traffic Australian photo on a news platformNumbers Behind the Buzz: Views, Shares, and EngagementBeyond the headline record, the photo suite generated 4.3 million total page views, 1.9 million social shares, and an average dwell time of 45 seconds per visitor—metrics that outpace the site’s April average by 68%.Twitter impressions: 2.1 MInstagram engagements: 1.4 M likes/commentsAverage click‑through rate: 5.2%Shifting Landscape of Visual Storytelling in AustraliaThe surge illustrates a broader industry trend: audiences now prioritize immersive, high‑impact imagery over text‑heavy reporting. Regional newsrooms are reallocating budgets toward on‑the‑ground photo teams and real‑time visual distribution platforms, a move that could reshape advertising revenue models.Budget shift: +15% to visual contentNew partnerships: Guardian Australia & local drone operatorsEmerging platforms: TikTok short‑form visual newsWhat the Next Month Holds for Photo JournalismAnalysts expect the momentum to continue as upcoming events—such as the June 2026 total lunar eclipse—offer fresh opportunities for record‑setting coverage. News outlets are likely to double down on interactive galleries and AR‑enhanced experiences to retain audience attention.

Donald Trump met the four‑person Artemis II crew in the Oval Office on April 29, 2026, celebrating their lunar flyby before turning the press conference toward his budget proposals and the Supreme Court’s recent decision on the Voting Rights Act.The White House Reception for Artemis II AstronautsThe crew—commander Reid Wiseman, pilot Victor Glover, and mission specialists Christina Koch and Jeremy Hansen—joined the president for a brief meeting and a televised press briefing. Highlights included:Trump’s self‑referential comment: “I would have had no trouble making it, I’m physically very, very good.”A quick shift to discuss his plan to slash NASA’s budget by 23%, including a 46% cut to space‑science programs.Reference to the Supreme Court’s 6‑3 ruling that gutted Section 2 of the Voting Rights Act.Record‑Breaking Lunar Flyby NumbersThe Artemis II mission set a new distance record, traveling 252,756 miles (406,771 km) from Earth—surpassing Apollo 13’s 1970 record of 248,655 miles. The Orion capsule, named Integrity, completed a textbook splashdown off San Diego on April 10, 2026 after a ten‑day lunar odyssey.Political Overtones: Budget Cuts and Voting RightsTrump used the platform to reiterate his intention to reduce NASA’s funding, a move that could jeopardize future deep‑space initiatives. He also celebrated the Court’s decision, claiming it would allow states to redraw congressional maps ahead of the upcoming midterm elections, despite admitting he had not yet read the ruling.What This Signals for U.S. Space Policy and ElectionsThe juxtaposition of space triumph and partisan policy hints at a potential realignment of federal support for NASA. If the proposed cuts proceed, private‑sector partners may need to fill the gap, while the political rhetoric could energize Republican voters concerned with voting‑rights reforms as the midterms approach.

The New Lunar RaceThe world recently watched as NASA sent four astronauts around the moon, marking the first crewed mission to the lunar vicinity since 1972. But the symbolic flyby is merely the opening act in a new space race between the United States and China. Both nations are planning to build the first inhabited lunar bases in history—settlements on another celestial body—while searching for rare resources and testing technology for future crewed missions to Mars.Budget and Political ChallengesWhile NASA possesses institutional knowledge from its Apollo program, it faces significant constraints. The space agency is attempting to return to the moon with just a fraction of the national budget it had in the 1960s. Additionally, NASA is vulnerable to changes in government every four years, making it difficult to maintain consistency in decade-long plans. This political instability contrasts sharply with China's approach, where rocket engineers in a one-party state can execute long-term strategies without interruption.China's Strategic ApproachChina's National Space Administration (CNSA) has demonstrated remarkable consistency in meeting its timeline. When they set a date, they tend to hit it. Unlike the US, China has never lost interest in space exploration. Over the past 25 years, China's space program has accelerated dramatically, partnering with both the military and local businesses. While China has never sent taikonauts beyond low Earth orbit, it has already established its own space station and achieved significant milestones, including becoming the first nation to retrieve samples from the lunar far side with its Chang'e-6 probe in 2024.The Private Space RaceTo move ahead at speed, NASA has outsourced critical mission components to private firms, including billionaire-led ventures aiming to capitalize on the burgeoning space economy. Elon Musk's SpaceX and Jeff Bezos's Blue Origin are both racing to design and build lunar landers in time for test flights next year. However, neither lander is complete, raising questions over NASA's ambitious 2028 moon-landing timeline. In contrast, China is developing its own nine-meter lunar lander called Lanyue ("embracing the moon") and a new spacesuit called Wangyu ("gazing into the cosmos") designed for greater flexibility on the rugged lunar terrain.Marathon, Not a SprintUnlike the 1960s race to the moon between the Soviet Union and the US, the 21st-century competition is shaping up to be more like a marathon, with a gargantuan effort to launch multiple missions over many years. As astrophysicist Scott Manley explains, "It doesn't matter who gets to the moon next. It matters who gets to the moon the next 10 times. The nation that keeps going is going to be the one that actually starts to win; starts to actually claim space."Future Lunar PresenceWith space governance being an area with opaque legal consensus, the first country to establish a sustained presence on the resource-rich lunar surface will likely have a head start in defining the rules. The symbolic value of the first return crewed mission remains significant for domestic prestige and international power projection. NASA Administrator Jared Isaacman acknowledges the tight competition, noting that "the difference between winning and losing will be measured in months not years." While NASA plans to land in 2028 (possibly delayed) and Beijing by 2030 (potentially sooner), the long-term advantage may belong to the nation that demonstrates sustained commitment to lunar exploration and development.