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May New Supermoon to Create Dark Skies Ideal for Stargazing

May New Supermoon to Create Dark Skies Ideal for Stargazing

The May New Supermoon, set to peak on Saturday, May 16, 2026, will create the darkest skies of the month, offering a rare opportunity for stargazers to observe constellations, planets, and celestial objects in stunning detail. Unlike a bright full supermoon, this event occurs when the moon reaches its new phase while being relatively close to Earth, rendering it nearly invisible in the night sky. This lack of moonlight enhances visibility for deep-sky observation. The event coincides with the appearance of spring constellations like Leo and Virgo, as well as the first signs of summer constellations. Additionally, a thin crescent moon will pair with Saturn on May 14, and Venus and Jupiter will align with the moon later in the month, culminating in a Blue Moon on May 31.
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SpaceX Falcon 9 Debris Predicted to Crash into Moon in August, Astronomer Warns

SpaceX Falcon 9 Debris Predicted to Crash into Moon in August, Astronomer Warns

A discarded upper stage from a SpaceX Falcon 9 rocket is expected to crash into the Moon on August 5, 2026. This prediction comes from independent astronomer Bill Gray, who uses his Project Pluto software to track near-Earth objects. The object, designated 2025-010D, is forecast to impact the lunar surface near the Einstein crater, located along the Moon's western limb. The debris is the 45-foot-tall upper stage of a Falcon 9 rocket launched in January 2025. At the time of impact, it is expected to be traveling at nearly 5,400 mph. While the collision will not be visible from Earth, scientists plan to study the aftermath using orbiting spacecraft like the Lunar Reconnaissance Orbiter.
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Scientists Identify Hydraulic Jump as Cause of Venus's 3,700-Mile Acid Cloud Formation

Scientists Identify Hydraulic Jump as Cause of Venus's 3,700-Mile Acid Cloud Formation

Scientists have discovered the mechanism behind a massive 3,700-mile-long bank of sulfuric acid clouds on Venus, which has been a mystery for decades. The phenomenon, identified by a team led by Takeshi Imamura, is attributed to a fluid-dynamics process known as a hydraulic jump. This process, commonly observed when water spreads in a kitchen sink, occurs on a planetary scale on Venus. The clouds, moving at approximately 328 kilometers per hour, were first observed by JAXA's Akatsuki orbiter. The hydraulic jump is triggered by a Kelvin wave, which causes sulfuric acid vapor to rise and condense into the dense cloud bank. This discovery fills a gap in the global circulation models used to simulate Venus's atmosphere, which previously did not account for this phenomenon.
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Harvard-Smithsonian Team Observes Interstellar Turbulence Distorting Light, Aiding Black Hole Imaging

Harvard-Smithsonian Team Observes Interstellar Turbulence Distorting Light, Aiding Black Hole Imaging

Astronomers from the Center for Astrophysics at Harvard University and the Smithsonian Institution have made a groundbreaking observation of interstellar turbulence distorting light in the interstellar medium. This phenomenon was observed as radio waves from the quasar TXS 2005+403, located about 10 billion light-years away, passed through the turbulent Cygnus region of the Milky Way. The study utilized nearly a decade of data from the National Science Foundation's Very Long Baseline Array (VLBA), revealing structured, non-uniform distortions in the light caused by turbulence. This discovery is significant as it provides insights into the structure of turbulence in space and its effects on radio wave propagation.
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Astronomy Enthusiasts Prepare for Mars and Moon Conjunction in Early Morning Sky

Astronomy Enthusiasts Prepare for Mars and Moon Conjunction in Early Morning Sky

On May 14, 2026, sky watchers in the U.S. will have the opportunity to observe a celestial event featuring Mars and the Moon. The Red Planet will be visible in the early morning sky, positioned just 7 degrees from a delicate crescent Moon. This event occurs shortly before sunrise, providing a brief window for observation. Mars, with a magnitude of 1.3, will appear low in the sky, just over 1 degree high an hour before sunrise. Observers are advised to look east about an hour before sunrise for the best view, especially from a location with a clear horizon. Binoculars or small telescopes are recommended to enhance visibility. The Moon will pass 5 degrees due north of Mars at 9 P.M. EDT, adding to the spectacle.
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Asteroid 2026JH2 to Pass Close to Earth, Posing No Immediate Threat

Asteroid 2026JH2 to Pass Close to Earth, Posing No Immediate Threat

Asteroid 2026JH2, a space rock with the potential to cause significant damage, is set to pass by Earth next week. The asteroid will come within 90,917 kilometers of Earth, which is about a quarter of the distance to the moon. This close approach has been closely monitored by astronomers, who assure that it poses no immediate threat to the planet. The asteroid, estimated to be between 16 and 36 meters in diameter, was recently discovered by observatories in Arizona and Kansas.
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NASA's TESS Mission Unveils Comprehensive View of Exoplanetary Night Sky

NASA's TESS Mission Unveils Comprehensive View of Exoplanetary Night Sky

NASA's Transiting Exoplanet Survey Satellite (TESS) has released its most detailed view of the starry sky, showcasing nearly 6,000 colored dots representing confirmed or candidate exoplanets. This achievement marks the culmination of TESS's second extended mission, which concluded in September 2025. The mission, which began in April 2018, involves scanning wide sections of the sky to detect brightness changes in stars, indicating the presence of orbiting planets. TESS has been instrumental in identifying planets of various sizes, including those in the habitable zone where liquid water could exist, a key factor in the search for extraterrestrial life.
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Venus's Acidic Cloud Wall Explained by Hydraulic Jump Phenomenon

Venus's Acidic Cloud Wall Explained by Hydraulic Jump Phenomenon

Scientists at the University of Tokyo have uncovered the mechanism behind a mysterious wall of acidic clouds on Venus, which encircles the planet every few days. This phenomenon, first detected by the Japanese spacecraft Akatsuki in 2016, is explained by a hydraulic jump—a process familiar to engineers and hydrologists. On Venus, the dense atmosphere of carbon dioxide and sulfuric acid, driven by a Kelvin wave, creates a cloud front that stretches 6,000 kilometers along the equator. This discovery sheds light on the planet's atmospheric dynamics and the phenomenon of super-rotation, where Venus's atmosphere rotates much faster than its surface.
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Astronomers Measure Powerful Black Hole Jets in Cygnus X-1 System

Astronomers Measure Powerful Black Hole Jets in Cygnus X-1 System

Astronomers have successfully measured the power of jets emitted from the Cygnus X-1 black hole system, revealing an output equivalent to nearly 10,000 suns. This binary system, located about 7,200 light-years from Earth, consists of a black hole and a blue supergiant star. The black hole draws material from its companion star, creating conditions for launching powerful jets into space. The research, led by Steve Prabu of the University of Oxford, utilized 18 years of high-resolution radio observations. The jets were observed traveling at approximately half the speed of light, marking a significant achievement in capturing real-time jet activity. The study, published in Nature Astronomy, highlights the interaction between the jets and the stellar wind from the supergiant star, causing the jets to bend and displace. This research provides new insights into the role of black hole jets in shaping cosmic structures.
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Astronomical Events in May: Venus and Moon Conjunction and Blue Moon

Astronomical Events in May: Venus and Moon Conjunction and Blue Moon

Astronomical Events in May: Venus and Moon Conjunction and Blue Moon
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Antarctic Ice Reveals Traces of Interstellar Cloud and Solar System History

Antarctic Ice Reveals Traces of Interstellar Cloud and Solar System History

Scientists have discovered traces of an interstellar cloud preserved in Antarctic ice, revealing the Solar System's path over the last 80,000 years. Researchers at the Helmholtz-Zentrum Dresden-Rossendorf found the isotope iron-60, formed during supernova explosions, in ice cores. This isotope's presence indicates the Solar System's passage through different regions of the Local Interstellar Cloud. The findings provide a unique record of cosmic events and the Solar System's movement through the galaxy, offering insights into the history of interstellar matter.
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Northern Lights and Planetary Show: Venus and Jupiter Visible This Weekend

Northern Lights and Planetary Show: Venus and Jupiter Visible This Weekend

This weekend offers a rare celestial event combining the northern lights and a planetary display featuring Venus and Jupiter. Venus, known as the 'Evening Star,' is rapidly brightening and will appear alongside Jupiter in the western sky shortly after sunset. The moon, currently in its last quarter phase as of May 9, will provide minimal interference, creating ideal stargazing conditions. Additionally, geomagnetic activity from a high-speed solar wind stream is expected to enhance the visibility of the aurora borealis late Friday, May 8, into the early hours of Saturday, May 9. Stargazers in higher-latitude regions, such as Alaska, Canada, and parts of the northern U.S., may have the best chance to witness this natural light show. The event is a result of geomagnetic storms caused by solar particles interacting with Earth's atmosphere.