What Is the Orionid Meteor Shower?

Meteor showers occur when Earth passes through debris left by comets or asteroids. The Orionids are created from Halley’s comet, which approaches Earth roughly every 75 years.

When fast-moving debris enters Earth’s atmosphere, friction heats the particles until they burn up, producing bright streaks of light known as meteors. Occasionally, these meteors leave “trains,” lingering glowing trails across the night sky.

“Sometimes the Orionids leave trains, these bright lingering streaks in the sky,” said Thaddeus LaCoursiere, planetarium program coordinator at the Bell Museum in St. Paul, Minnesota.

No special equipment is needed to enjoy the display—any dark location away from city lights is ideal.

Best Practices for Viewing

The optimal time to watch is after midnight or in the early pre-dawn hours, when skies are darker and moonlight interference is minimal.

Artificial lights and bright moons are the primary obstacles to clear meteor visibility. Cloudless nights with a waning or new moon offer the best conditions.

Observers should avoid looking at screens and keep their eyes on the sky, allowing night vision to adjust and improving the chances of spotting meteors.

Upcoming Meteor Showers

Following the Orionids, the next major meteor shower will be the Southern Taurids, expected to peak on November 5, coinciding with a full moon. While moonlight may reduce visibility, dedicated stargazers can still catch some meteors during the event.

“The Orionids are one of the most reliable meteor showers of the year,” LaCoursiere said. “Weather permitting, it will be a great show for anyone who wants to witness the magic of the night sky.”

Stay informed with JournosNews.com — your trusted source for verified global reporting and in-depth analysis. Follow us on Google News and BlueSky for real-time updates.

Source: AP News – How to watch the Orionid meteor shower, debris of Halley’s comet

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CAPE CANAVERAL, Fla. — Imagine being able to summon a total solar eclipse on demand—not for a few fleeting minutes, but for hours at a time. Thanks to a pair of high-tech European satellites, that’s now a reality.

In a first-of-its-kind feat, the European Space Agency (ESA) has created artificial solar eclipses in space, giving scientists unprecedented access to the sun’s mysterious outer atmosphere—its corona. The breakthrough, made possible by two tiny cube-shaped satellites flying in perfect harmony, was revealed this week at the Paris Air Show.

How They Did It: Precision in Orbit

The mission, dubbed Proba-3, involves two satellites launched late last year. Since March, they’ve been flying in a carefully choreographed formation about tens of thousands of miles above Earth, maintaining just 492 feet (150 meters) of separation.

Here’s the magic:

• One satellite acts like the moon, blocking the sun with a specially designed disk.
• The other trails behind, aiming its telescope directly at the corona, the sun’s outer glow visible only during an eclipse.

The trick is doing this with millimeter-level accuracy—about the width of a fingernail. It’s an autonomous ballet, guided by GPS, star trackers, lasers, and radio links.

Why It Matters: Eclipses On-Demand, Data in Overdrive

Unlike natural solar eclipses, which only offer a few minutes of totality and happen roughly once every 18 months, Proba-3 can simulate them as often as twice a week. Over its two-year mission, it’s expected to produce nearly 200 artificial eclipses, totaling over 1,000 hours of observation time.

Scientists are already thrilled. During the mission’s test phase, Proba-3 successfully created 10 eclipses, including one lasting an incredible five hours. And that’s just the warm-up—researchers are aiming for six-hour eclipses when full scientific observations begin in July.

“We almost couldn’t believe our eyes,” said Dr. Andrei Zhukov of the Royal Observatory of Belgium. “This was the first try, and it worked. It was so incredible.”

What’s even more exciting? Early images of the corona are so crisp they didn’t even require special post-processing.

Unlocking the Sun’s Greatest Mysteries

The sun’s corona continues to puzzle scientists, especially because it’s hotter than the sun’s surface—a longstanding solar mystery. It’s also where coronal mass ejections erupt, hurling massive amounts of charged particles into space and triggering geomagnetic storms that can disrupt power grids and light up skies with unexpected auroras.

Previous missions like ESA/NASA’s Solar Orbiter and SOHO also studied the sun using artificial eclipses—but with one key difference: those missions placed both the sun-blocking disk and the telescope on the same spacecraft.

With Proba-3, the disk and the telescope are on separate satellites, giving researchers a much clearer and more detailed view of the corona—especially near the sun’s edge.

“We are extremely satisfied by the quality of these images,” said ESA mission manager Damien Galano. “And that’s really thanks to formation flying with unprecedented accuracy.”

In short:

We’re no longer at the mercy of the moon to study solar eclipses. With Proba-3, scientists now have a powerful tool to uncover the sun’s secrets—any time they want.

Source: AP News – A look at the first artificial solar eclipses created by two European satellites

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Get ready for a spectacular sky show! The northern lights, also known as auroras, might be visible across a wide swath of the United States tonight (June 1), thanks to a powerful solar storm currently shaking up Earth’s magnetic field.

What’s Causing the Buzz?

In the early hours of June 1, a speedy coronal mass ejection (CME) slammed into Earth, triggering ongoing geomagnetic storm conditions. This means the colorful auroras—normally visible only in high-latitude regions—could stretch much farther south than usual.

According to the National Oceanic and Atmospheric Administration (NOAA) and the U.K. Met Office, we’re looking at a period of frequent G1 to G2 level storming, with potential bursts of stronger G3 and even G4 level activity through June 2.

The Kp index—a scale measuring geomagnetic activity from 0 to 9—is expected to peak at 7.67 over the next 24 hours. (For context, a Kp of 5 or above often means northern lights could be visible in the northern U.S.)

Where You Might Catch a Glimpse

If skies are clear, people in 23 U.S. states might get lucky tonight. Alaska remains the best bet, but if geomagnetic conditions reach G3 or higher, states as far south as Illinois, Indiana, and Pennsylvania could join the aurora party.

Here’s the full list of states where auroras may be visible tonight, ordered roughly from most to least likely:

• Alaska
• Montana
• North Dakota
• Minnesota
• Wisconsin
• Michigan
• South Dakota
• Vermont
• New Hampshire
• Maine
• Idaho
• Washington
• Oregon
• New York
• Massachusetts
• Connecticut
• Rhode Island
• Nebraska
• Iowa
• Wyoming
• Illinois
• Indiana
• Pennsylvania

Best Tips to Spot the Lights

1. Get away from city lights – Find the darkest, most north-facing spot you can.
2. Be patient – Auroras are unpredictable. Sometimes they show up farther south than expected… other times, they ghost you completely.
3. Timing is key – The best window is likely between 1 and 2 a.m., especially as we inch closer to the summer solstice (June 20–21), when nights get shorter.

Want to Track It Live?

For real-time updates and forecasts tailored to your location, check out these handy apps:

• My Aurora Forecast & Alerts – Great for personalized alerts (iOS and Android)
• Space Weather Live – Offers in-depth space weather data (also on iOS and Android)

Or follow our aurora forecast live blog for ongoing storm updates and viewing conditions.

Bottom Line:

Whether you’re a seasoned aurora chaser or just hoping to catch your first glimpse, tonight might be your night. Charge your camera, grab a jacket, and keep your eyes to the skies—nature might just put on one of its most mesmerizing displays.

Source: SPACE – Northern lights may be visible in these 23 US States tonight

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After spending seven awe-inspiring months aboard the International Space Station (ISS), veteran NASA astronaut Don Pettit is back on Earth — and he’s brought with him some of the most breathtaking views of our planet and the cosmos.

Pettit, who turned 70 just a day after his return, touched down safely on Saturday night at 9:20 p.m. ET in a Russian Soyuz spacecraft alongside Roscosmos cosmonauts Alexey Ovchinin and Ivan Vagner. The crew landed near Zhezkazgan, Kazakhstan, marking the end of a long but remarkable mission in low Earth orbit.

With four spaceflights under his belt, Don Pettit isn’t just known for his time in orbit — he’s also made history. During his time on the ISS, Pettit invented the first object ever patented in space: the Capillary Beverage — also known as the Zero-G cup or Space Cup — a specially designed container that makes it easier to drink liquids in microgravity.

But Pettit’s creativity doesn’t stop at engineering. He’s also become widely recognized as a passionate astrophotographer, capturing extraordinary images that offer a rare glimpse of space through a truly unique lens.

Speaking from the ISS in an interview with astrophysicist Neil deGrasse Tyson earlier this month, Pettit explained what makes his photography so distinct.

“One of the things I like to do is show a perspective that isn’t Earth-centric,” Pettit said. “I love including the Earth’s horizon — that glowing curve with the atmosphere on edge — and framing it with celestial elements.”

From the cupola — the ISS’s iconic observation dome with seven panoramic windows — Pettit has snapped mesmerizing shots of Earth’s shimmering atmosphere, star-streaked skies, and the eerie beauty of space.

Pettit reflected deeply on the perspective shift that space brings.

“Earth is stunning when you’re standing on it,” he said. “But it’s also unbelievably beautiful from above. It’s hard to say which is more breathtaking. Space gives you the chance to appreciate the planet in ways you just can’t from the surface.”

He believes that if humans ever live their whole lives in space, they might find returning to Earth just as astonishing — a completely new and emotional viewpoint.

During his most recent mission, Pettit continued to document life in orbit through his lens — offering a personal, almost poetic look at the experience of floating hundreds of miles above Earth.

From swirling auroras to sunrises over the curve of the planet, Pettit’s photos serve as a reminder of both the wonder of exploration and the fragility of our world.

A living legend at 70, Don Pettit continues to inspire with his unique blend of science, curiosity, and artistic vision — bringing space a little closer to home for all of us down here on Earth.

Source: CNN – An astronaut’s awe-inspiring views from life in space

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A powerful solar storm is heading toward Earth—and it could bring the northern lights to parts of the U.S. where they’re rarely seen. Thanks to a burst of solar activity earlier this week, skywatchers across a wide swath of the country may be in for a surprise light show Tuesday night.

What’s Causing the Buzz?

The sun released several coronal mass ejections—essentially huge eruptions of solar plasma and energy—that triggered a geomagnetic storm watch from NOAA’s Space Weather Prediction Center. If conditions are just right, these bursts could interact with Earth’s magnetic field and produce vibrant aurora displays well beyond their usual range.

Where You Might See the Lights

The auroras, typically reserved for high latitudes, could dip farther south than usual. Here’s where the northern lights might be visible:

• High likelihood: Alaska, Washington, Oregon, Montana, North Dakota, South Dakota, Minnesota, Michigan, Wisconsin, Vermont, New Hampshire, and Maine
• Possible viewing: Northern parts of Idaho, Wyoming, Nebraska, Iowa, Illinois, New York, and Pennsylvania

Why Are Auroras So Active Right Now?

We’re currently in the peak of the sun’s 11-year activity cycle, which means more frequent and widespread auroras. According to NOAA’s Shawn Dahl, this solar storm activity could continue on and off throughout the year.

Last spring, the strongest geomagnetic storm in 20 years created dazzling displays across the Northern Hemisphere. Even areas like New York City, the U.K., and Germany caught glimpses of the phenomenon.

“This is going to kind of continue off and on throughout the year,” said Dahl.

What Else Do Solar Storms Do?

While auroras are beautiful, solar storms can pack a punch:

• Disrupt power grids
• Scramble GPS and radio communications
• Affect satellites and air traffic control systems

Extreme events in history include an 1859 storm that caused telegraph fires and auroras visible as far south as Hawaii, and a 1972 storm that may have triggered magnetic sea mines off the coast of Vietnam.

Unfortunately, space weather isn’t something we can forecast far in advance. Warnings usually come just a few days before impact.

How to Spot the Northern Lights

Want to catch the show? Here are a few quick tips:

• Check the forecast: Visit NOAA’s Space Weather Prediction Center or use an aurora-tracking app.
• Find dark skies: Head to a location away from city lights—think local parks or nature reserves.
• Watch the clouds: A clear sky is key; even faint auroras can be blocked by cloud cover.
• Use your phone: Sometimes your smartphone camera can pick up colors and details you can’t see with the naked eye.

“Enjoy it,” said NASA’s Kelly Korreck. “It’s this great show… from the sun to you.”

Source: AP News – A strong solar storm heads to Earth. Here’s what to know about northern lights

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Get ready for an exciting celestial show this weekend! A partial solar eclipse will grace the skies across parts of Europe, North America, and Africa. As the moon passes between the Earth and the sun, it will appear to “take bites” out of the sun, creating a crescent shape. However, experts caution that this natural spectacle requires serious eye protection—no peeking without proper gear!

This partial solar eclipse will be visible on Saturday, with the best views in the northeastern United States, Greenland, and eastern Canada where the sun will shrink the most. It will also be seen across western Africa, eastern North America, and northern Asia, making it a treat for skywatchers around the globe.

• In the Americas, expect the eclipse to occur during sunrise.
• Western Europe and Africa will get their view in the late morning.
• Eastern Europe and northern Asia will see the eclipse in the afternoon.

The moon will gradually cover the sun, turning it into a crescent as daylight dims—like a cloudy day, but with an otherworldly twist.

While this eclipse won’t bring the total darkness of a total solar eclipse, you still need to protect your eyes from the sun’s rays. Eclipse glasses are essential! Regular sunglasses won’t cut it—make sure to grab certified eclipse glasses ahead of time from your local science museum or online retailers listed on the American Astronomical Society’s website.

If you don’t have eclipse glasses, you can still enjoy the event safely with indirect methods. Try making a pinhole projector with household materials, or even use a colander to watch the sun’s shape shift on the ground. If you’re near a shady tree, look down at the ground to see natural crescent-shaped shadows filtering through the leaves!

“It’s a beautiful game of light and shadow, played by the sun, moon, and Earth,” says Auriane Egal from the Montréal Planetarium. Juan Carlos Muñoz-Mateos from the European Southern Observatory adds, “The sky will feel like a particularly cloudy day, though the eclipse will be far from ordinary.”

Clear skies are key to getting the best view of the eclipse, especially if you’re in the Americas, where the eclipse coincides with sunrise. Be sure to check your local weather before heading outside, and try to get to a spot away from tall buildings or city lights for an unobstructed view.

Can’t get enough of eclipses? Don’t worry! Another total lunar eclipse and partial solar eclipse will be happening in September, with the best views in Antarctica and New Zealand.

So, mark your calendars and get ready to safely watch one of nature’s most incredible phenomena this weekend!

Source: AP News – Get ready for a partial solar eclipse across Europe and parts of North America and Africa

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Spring has officially arrived—at least according to the calendar. The vernal equinox takes place on Thursday, marking the beginning of spring in the Northern Hemisphere and autumn in the Southern Hemisphere. This celestial event is unique, as it is one of only two times each year when both the North and South Poles are illuminated by the sun simultaneously.

A Global Celebration of the Equinox

The equinox has been observed and celebrated by cultures worldwide for centuries. For instance:

• Nowruz, the Iranian New Year, is based on the timing of the spring equinox and symbolizes renewal and rebirth.
• At Chichen Itza, an ancient Mayan site in Mexico, crowds gather to witness a fascinating natural spectacle. During the equinox, sunlight creates a shadow that resembles a serpent slithering down the steps of El Castillo, a famous pyramid.

What is the Equinox?

The Earth’s orbit around the sun is not perfectly upright; instead, it travels at a tilt. For most of the year, this tilt causes sunlight to be distributed unevenly between the Northern and Southern Hemispheres. However, during an equinox, the Earth’s axis aligns in such a way that both hemispheres receive nearly equal amounts of daylight.

The term “equinox” originates from the Latin words aequus (equal) and nox (night), referring to the near-equal length of day and night on this day. However, some locations may experience a few extra minutes of daylight due to atmospheric refraction and the way sunrise and sunset are defined.

The Northern Hemisphere’s spring equinox can occur between March 19 and 21, while the autumnal equinox falls between September 21 and 24.

Understanding the Solstice

While equinoxes mark the points when day and night are nearly equal, solstices represent the extremes of daylight and darkness.

• The summer solstice occurs when one hemisphere is tilted maximally toward the sun, resulting in the longest day of the year. In the Northern Hemisphere, this happens between June 20 and 22.
• The winter solstice is the opposite, marking the shortest day and longest night of the year, occurring between December 20 and 23 in the Northern Hemisphere.

Meteorological vs. Astronomical Seasons

There are two ways to define the seasons: astronomical and meteorological.

• Astronomical seasons are based on Earth’s orbit around the sun and include equinoxes and solstices as seasonal markers.
• Meteorological seasons, on the other hand, are based on annual temperature patterns and divide the year into four three-month periods:
  • Spring: March 1 – May 31
  • Summer: June 1 – August 31
  • Fall: September 1 – November 30
  • Winter: December 1 – February 28 (or 29 in leap years)

While astronomers use celestial movements to define seasons, meteorologists rely on consistent weather patterns to aid forecasting and climate analysis.

Final Thoughts

The vernal equinox is more than just a marker on the calendar—it’s a moment of balance in the natural world, celebrated by cultures across history. Whether you recognize it through ancient traditions, scientific curiosity, or simply the joy of warmer days ahead, the arrival of spring is a reminder of the planet’s intricate dance around the sun.

Source: AP News – The spring equinox is here. What does that mean?

The post Spring Equinox 2025: What It Means and Why It Matters appeared first on Journos News - Breaking News, World News, Top Stories, Todays Headlines and Flash Reports.

A Spectacular Celestial Event

Skygazers across the Western Hemisphere are in for a treat as a total lunar eclipse is set to turn the moon red on Thursday night into early Friday morning. The best viewing locations will be in North and South America, while parts of Africa and Europe may catch a partial glimpse of this stunning phenomenon.

Lunar eclipses occur when the sun, Earth, and moon align perfectly, causing Earth to cast its shadow on the moon. During a total lunar eclipse, the full moon is completely covered by Earth’s shadow and takes on a striking coppery-red hue. This happens because some sunlight filters through Earth’s atmosphere, scattering blue light and allowing only red light to reach the moon. Partial lunar eclipses, on the other hand, create the appearance of a “bite” taken out of the moon.

According to NASA, lunar and solar eclipses occur between four to seven times a year. The last total lunar eclipse was in 2022, while a partial lunar eclipse was visible across the Americas, Africa, and Europe last September.

This “blood moon” will be visible for about an hour, starting at 2:26 a.m. Eastern on Friday, with peak viewing at around 3 a.m. Eastern. Unlike solar eclipses, no special glasses or equipment are required—just step outside and look up.

“As long as the sky is clear, you should be able to see it,” said Shannon Schmoll, director of Abrams Planetarium at Michigan State University.

However, the setting moon may make it more challenging to see the eclipse in Europe and Africa.

“This is really an eclipse for North and South America,” said Yale University astronomy expert Michael Faison.

If you can’t catch this one, don’t worry—another total lunar eclipse will occur on September 7, visible across parts of Asia, Africa, Australia, and Europe. The Americas will have to wait until March 2026 for their next total lunar eclipse.

Lunar eclipses have fascinated civilizations for thousands of years. Ancient cultures closely observed the night sky, often attaching deep meanings to these celestial events.

Historian Zoe Ortiz of the University of North Texas noted that even early civilizations had a remarkable understanding of celestial movements. Aristotle, for example, observed that the Earth’s shadow during a lunar eclipse was always curved, providing early proof that the Earth is round.

In ancient Mesopotamia, a blood-red moon was seen as a bad omen for the king. To protect their ruler, they would install a substitute king around the time of the eclipse to absorb any misfortune.

“If there’s ever a movie plot,” Ortiz joked, “that’s the one.”

With a deep history and a breathtaking visual effect, lunar eclipses continue to captivate and inspire people around the world. Don’t miss this chance to witness one firsthand!

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A total lunar eclipse will paint the moon a deep red this Thursday night into Friday morning, visible across much of the Western Hemisphere. North and South America will have the best views, though parts of Africa and Europe may also catch a glimpse.

What Is a Lunar Eclipse?

Lunar eclipses occur when the moon, Earth, and sun align just perfectly. During this alignment, the Earth casts its shadow on the moon, blocking the sun’s light.

• In a partial lunar eclipse, Earth’s shadow makes it look like a bite has been taken out of the moon.
• In a total lunar eclipse, the entire moon is covered by Earth’s shadow and takes on a coppery red hue. This red color is the result of sunlight filtering through Earth’s atmosphere and scattering in a way that casts a reddish glow on the moon.

Lunar and solar eclipses occur between four to seven times a year, according to NASA. The last total lunar eclipse happened in 2022, and a partial eclipse was visible across parts of the Americas, Africa, and Europe last September.

How to See the Total Lunar Eclipse

For those in North and South America, the total lunar eclipse will be visible from 2:26 a.m. Eastern Time on Friday morning, with peak viewing at approximately 3 a.m. Eastern Time. The phenomenon will last for about an hour.

The best part? You don’t need any special equipment or eclipse glasses to see it—just go outside and look up. According to Shannon Schmoll, director of Abrams Planetarium at Michigan State University, “As long as the sky is clear, you should be able to see it.”

However, the moon’s setting could make it harder to spot the eclipse in Europe and parts of Africa. This total lunar eclipse is primarily a North and South American event, according to Michael Faison, an astronomy expert from Yale University.

Missed it? Don’t worry—mark your calendar for Sept. 7, when the next total lunar eclipse will be visible across parts of Asia, Africa, Australia, and Europe. If you’re in the Americas, your next chance will be in March 2026.

A Brief History of Lunar Eclipses

Lunar eclipses have fascinated civilizations for thousands of years, with many cultures interpreting them in unique ways. According to Zoe Ortiz, a historian at the University of North Texas, ancient peoples observed the night sky with remarkable clarity.

One of the most famous historical observations came from Aristotle, who noted that the shadow cast by Earth on the moon during a lunar eclipse was always curved. This evidence helped prove that the Earth is round.

In ancient Mesopotamia, people saw the red moon as an ominous sign for the king. To protect their ruler from any bad fate, they installed a substitute king during the eclipse. Ortiz jokes, “If there’s ever a movie plot, that’s the one.”

Whether you’re an astronomy enthusiast or simply curious about nature’s wonders, this total lunar eclipse is an opportunity not to be missed!

Source

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Astronomers are closely tracking a newly discovered asteroid, 2024 YR4, which has a small chance of colliding with Earth in seven years. While the possibility of impact remains low, scientists are taking no chances in studying its trajectory and potential effects.

How Big Is the Asteroid?

NASA estimates that 2024 YR4 measures between 130 feet and 300 feet across. If it were to hit Earth, it would likely strike at an estimated speed of 38,000 mph, according to the Center for Near Earth Object Studies at NASA’s Jet Propulsion Laboratory.

Although an asteroid of this size could cause significant local damage, it would not pose a global threat like the catastrophic space rocks seen in disaster movies. For an asteroid to threaten humanity on a large scale, it would need to be much bigger.

When and How Was It Discovered?

Astronomers first detected 2024 YR4 on December 27, 2028, using the Asteroid Terrestrial-impact Last Alert System (ATLAS) station in Chile. Since then, researchers have been tracking the space rock using ground-based telescopes to refine its orbit and assess any potential risks.

What’s Next for Tracking the Asteroid?

The asteroid will remain visible to ground-based observatories until April 2025. After that, it will become too faint to observe until approximately June 2028, when it reappears in Earth’s vicinity.

In March 2025, NASA’s powerful James Webb Space Telescope (JWST) will take a closer look at 2024 YR4 to gather more precise data on its size, shape, and composition. This information will help scientists refine their predictions about the asteroid’s future path.

Should We Be Concerned?

For now, there is no immediate cause for alarm, as astronomers continue to monitor 2024 YR4 closely. If any adjustments in its trajectory suggest a higher risk of impact, scientists will have time to develop potential strategies for planetary defense.

Stay tuned as researchers gather more insights into this intriguing space visitor.

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