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June 2026 Stargazing: Solstice, Planetary Conjunctions, and a Strawberry Moon

June 2026 Stargazing: Solstice, Planetary Conjunctions, and a Strawberry Moon

June 2026 offers a variety of celestial events for stargazers. Highlights include a Venus and Jupiter conjunction from June 1 to June 9, where the two brightest planets will be visible together shortly after sunset. On June 15, a super new moon coincides with Mercury's greatest eastern elongation, providing an excellent opportunity to spot the elusive planet. The summer solstice occurs on June 21 at 4:25 a.m. ET, marking the longest day of the year in the Northern Hemisphere. Toward the end of the month, a full micro Strawberry Moon will rise on June 29, appearing smaller and dimmer due to its distance from Earth. Finally, June 30 is International Asteroid Day, raising awareness about asteroid impact risks.
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A rare blue micromoon rises this weekend

A rare blue micromoon rises this weekend

Get set for a rare blue micromoon this weekend
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Rare Blue Moon to Illuminate the Sky on May 31, Offering a Unique Celestial Event

Rare Blue Moon to Illuminate the Sky on May 31, Offering a Unique Celestial Event

A rare Blue Moon is set to appear on Sunday, May 31, marking a unique celestial event. Despite its name, the moon will not actually appear blue. The term 'Blue Moon' refers to the occurrence of a second full moon within a single calendar month, with the first being the Flower Moon. This phenomenon is uncommon, as full moons typically occur every 29.5 days. In rare instances, the moon can appear bluish due to atmospheric particles like smoke or volcanic ash scattering light. The phrase 'once in a blue moon' originates from the rarity of this event. Skywatchers are encouraged to capture and share images of the Blue Moon with local news outlets.
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NASA's Roman Mission Set to Discover Thousands of New Exoplanets Across the Milky Way

NASA's Roman Mission Set to Discover Thousands of New Exoplanets Across the Milky Way

NASA's Nancy Grace Roman Space Telescope is preparing to significantly expand the search for exoplanets, potentially identifying around 100,000 new worlds. This mission aims to explore underexplored regions of the Milky Way, extending beyond the local neighborhood of our solar system. The Roman Telescope will employ two primary methods: the transit method, which is effective in detecting large, hot planets, and microlensing, which can identify planets with larger orbits, including those similar to Earth and Mars. This dual approach will allow scientists to study a wide variety of planetary systems, providing insights into planet formation across different galactic environments.
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Bootids Meteor Shower Peaks June 26-27: Unpredictable Display Expected

Bootids Meteor Shower Peaks June 26-27: Unpredictable Display Expected

The Bootids meteor shower, one of the most unpredictable celestial events, will occur from June 22 to July 2, with its peak expected on the evening of June 26 and the morning of June 27. This meteor shower, originating from the Boötes constellation, typically produces only one or two meteors per hour. However, it has a history of sudden outbursts, such as the 1998 event that saw up to 100 meteors per hour. The meteors are known for their slow, bright, and long-lasting trails, making them easier to spot even under challenging viewing conditions. The nearly full moon on June 26, at 90% illumination, may add light pollution, but the Boötes constellation will be visible in the southern sky after sunset, providing a good opportunity for observation.
USA Today USA Today
Planets, solstice and asteroids: 5 stargazing events for June 2026

Planets, solstice and asteroids: 5 stargazing events for June 2026

June's night sky lineup: Five celestial highlights, including planet meetups and a full micro Strawberry Moon.
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June Skywatching Guide: Top Celestial Events to See

June Skywatching Guide: Top Celestial Events to See

June will offer skywatchers several major celestial events, including a close Venus-Jupiter conjunction on June 9, Mercury’s best evening appearance on June 15 and the June solstice on June 21. A new moon on June 15 will create ideal conditions for viewing galaxies and star clusters, while the month ends with the Strawberry Moon on June 29. Astronomers say the lineup provides excellent opportunities to observe bright planets, changing moon phases and the longest day of the year in the Northern Hemisphere.
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Max Planck Institute Identifies Key Planet-Forming Region Beyond Jupiter

Max Planck Institute Identifies Key Planet-Forming Region Beyond Jupiter

Researchers from the Max Planck Institute for Solar System Research have identified a significant planet-forming region just beyond Jupiter's orbit. This area, described as a 'breeding ground' for planetesimals, has been studied using computer simulations. The findings suggest that this region produced planetesimals with diverse compositions over approximately two million years. The study highlights how a ring of higher gas pressure beyond Jupiter trapped dust, facilitating the rapid formation of planetesimals. This discovery connects these simulated objects to known groups of meteorites found on Earth, providing new insights into the early stages of the Solar System's development.
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NASA Scientists Uncover Mystery Behind Seven-Hour Gamma-Ray Burst

NASA Scientists Uncover Mystery Behind Seven-Hour Gamma-Ray Burst

In 2025, astronomers detected an unusually long gamma-ray burst (GRB) that lasted for seven hours, named GRB 250702B. This event was recorded using data from five high-energy telescopes, marking it as the longest-lasting GRB ever observed. Typically, GRBs last only a few minutes, with the previous record being around 15,000 seconds. The discovery of GRB 250702B has prompted scientists to seek novel explanations for its extreme duration, as it cannot be explained by the known origins of GRBs, which usually involve the collapse of massive stars or the merger of neutron stars. Researchers at NASA's Goddard Space Flight Center, including Eliza Neights, are exploring the possibility of a 'helium merger' as the cause, where a black hole consumes a helium star, resulting in a prolonged jet of energy.
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Updated Light Pollution Map Highlights Global Trends

Updated Light Pollution Map Highlights Global Trends

Dark Site Finder has updated its interactive light pollution map with data from 2006, 2016, 2020, and 2022. This tool allows users to visualize changes in light pollution over time and identify areas with the darkest skies for stargazing. The map includes features such as geolocation, custom links, and an opacity slider for light pollution overlays. Despite increasing light pollution globally, the map remains a valuable resource for finding optimal stargazing locations and understanding the impact of artificial light on the night sky.
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Astronomers Identify Remnants of Ancient Galaxy Consumed by the Milky Way

Astronomers Identify Remnants of Ancient Galaxy Consumed by the Milky Way

Astronomers have discovered a collection of stars that may be remnants of a dwarf galaxy, named Loki, which the Milky Way absorbed approximately 10 billion years ago. This finding, published in the Monthly Notices of the Royal Astronomical Society, could provide new insights into the Milky Way's evolutionary history. The Milky Way, a massive galaxy containing up to 400 billion stars, has grown over billions of years by merging with smaller galaxies. The study focused on metal-poor stars near the galactic disk, which are believed to be remnants of ancient galaxies. These stars, identified using the European Space Agency's Gaia telescope, are thought to have originated from a single dwarf galaxy. The discovery suggests that the Milky Way's history of galactic mergers is more complex than previously understood.
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James Webb Space Telescope Uncovers Mysterious Red Dots, Suggests Black Hole Activity

James Webb Space Telescope Uncovers Mysterious Red Dots, Suggests Black Hole Activity

The James Webb Space Telescope (JWST) has identified over 300 mysterious red dots, small astronomical objects with unknown origins. These objects, referred to as little red dots (LRDs), have sparked various theories regarding their nature. One prominent theory suggests that these LRDs could be transitional phases of supermassive black holes consuming dense gas clouds. The Chandra X-ray Observatory has provided additional data, supporting the idea that these LRDs emit X-rays as the black holes ingest surrounding material. This discovery highlights the importance of continued funding for the Chandra X-ray Observatory, which narrowly avoided closure in 2024.