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According to Spaceweather.com : NOAA forecasters have issued a G1-class geomagnetic storm watch for Jan. 4th and 5th when a CME and a stream of solar wind are expected to graze Earth's magnetic field. This should be a relatively minor event, much less intense than the severe G4-class storm of Jan. 1st. Nevertheless, high-latitude sky watchers (especially near the Artic Circle) could get a good show if the storm materializes.

According to Spaceweather.com : Minor G1-class geomagnetic storms are likely on Jan. 1st as Earth passes through the wake of a CME that struck on Dec. 31st. High-latitude sky watchers in dark sky locations could see their first auroras of the New Year!

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According to Spaceweather.com :The quiet has broken. During the past 24 hours, sunspot 3936 has produced two X-class solar flares (X1.1 and X1.5) and a score of lesser M-flares. This morning's X1.5-class eruption (0414 UTC) was so strong it triggered a secondary blast in sunspot 3932 more than 200,000 km away. This is actually a double X-flare. Both explosions pictured above crossed the X1 threshold. Extreme ultraviolet radiation from the flares ionized the top of Earth's atmosphere, causing a shortwave radio blackout approximately centered on Australia. Ham radio operators in the area may have lost signal below 20 MHz for as much as an hour. We don't yet know if these flares hurled CMEs into space.

According to Spaceweather.com : Some writers are calling it "the brightest comet of 2025." Maybe. If Comet ATLAS (C/2024 G3) survives its brush with the sun next month, it could become very bright indeed. At the moment, it is barely visible in the morning sky of the southern hemisphere.

Happy Solstice Day! According to Spaceweather.com : A large and complicated group of sunspots has just emerged over the sun's southeastern limb. The group includes at least 15 dark cores and sprawls across more than 250,000 km of the sun's surface.

According to Spaceweather.com : A CME was supposed to narrowly miss Earth today. Instead, it delivered a direct hit. NOAA's DSCOVR spacecraft recorded the impact on Dec. 17th (0519 UT). Conditions appear favorable for G1 to G2-class geomagnetic storms in the hours ahead.

According to Spaceweather.com : A CME was supposed to narrowly miss Earth today. Instead, it delivered a direct hit. NOAA's DSCOVR spacecraft recorded the impact on Dec. 17th (0519 UT). Conditions appear favorable for G1 to G2-class geomagnetic storms in the hours ahead.

According to Spaceweather.com : Geomagnetic unrest is possible on Dec. 17th when one or more CMEs are expected to pass close to Earth. The near misses will probably fall short of sparking a full-fledged geomagnetic storm. Nevertheless, auroras could fill the Arctic Circle as the solar storm clouds pass by. 

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According to Spaceweather.com : The smallish Sun Spot AR3922 and the two Larger AR3917 and AR3920 are the ones of prominent energy that can release M-Class solar flares. Keep an eye on AR3922, though, as it may grow and get big and releasing more dangerous solar flares.eleasing more dangerous solar flares.

Amazing but please help me understand why this can be caught in 8k but any UAP or bigfoot photo/video seems to be in in ND (No Definition) quality like its recorded on a 1st generation flip phone and played back on a dot matrix calculator screen? Wish you would catch some UAP with your equipment 👍🏼 amazing work brother

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ccording to Spaceweather.com : Solar activity has been low for more than a week. That could change this weekend. Sunspot AR3917 is growing rapidly with an increasingly complex magnetic field that harbors energy for strong explosions. If current trends continue, it could soon break the silence with a significant flare

olar Max has arrived, but only half the sun is fully partcipating. For the past 6 months, most flares and sunspots have been located below the sun's equator.

Idk

According to Spaceweather.com : The sun has not produced a significant flare in more than a week. Quiet conditions are expected to continue today. There are plenty of sunspots facing Earth, but none of them have unstable magnetic fields inclined to explode

ccording to Spaceweather.com : NASA and NOAA announced in October that Solar Maximum has arrived. Only half of the sun is paying attention. The sun's southern hemisphere continues to dominate sunspot production.

no hits from the AR3905 or AR3906 groups...that's good news, but no so good for Aurora watchers.

Per Spaceweather.com : A G2-class geomagnetic storm is possible on Nov. 28-29 when a CME is expected to hit Earth's magnetic field. The CME was hurled into space by a magnetic filament attached to sunspot 3901, which erupted on Nov. 25th. There is a chance this CME will sail south of Earth with little to no contact, so this is a low probability forecast.

According to Spaceweather.com : We hope you didn't throw away your eclipse glasses. Put them on and look at the sun. You'll see two very large sunspot groups. Because they are visible without magnification, astronomers call them "naked eye" sunspots. Just don't forget your eye protection!

According to Spaceweather.com : After a week of relatively low sunspot number, two big new sunspot groups are emerging over the sun's southeastern limb. Based on their rate of growth, they could soon become a source of strong solar flares.

The reported Sunspot AR3901 is showing signs of Magnetic distortion and is apt to release M-Class solar flares. The active side of the Sun is opposite Earth for now, but is rotating back to us soon.

ccording to Spaceweather.com : Yesterday, the sun produced nine M-class solar flares with a sudden uptick in solar activity caused mainly by new sunspot AR3901. The sunspot is turning toward Earth, so future flares will be increasingly geo-effective if it remains active.

Solar observations is popular at the school where i work 👌 in the new year i will be teaching Astro Physics using a Star Analyser to capture data ☀️🔭📡

Solar activity will probably be low this weekend. There is a potent sunspot on the solar disk, AR3886, but it has resisted flaring for more than a week. Of greater interest is an enormous filament of magnetism straddling the sun's southern hemisphere. Earth will be in the line of fire if it lifts off. Otherwise, the forecast calls for quiet.

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According to Spaceweather.com: For the fifth day in a row, sunspot AR3889 poses a threat for strong Earth-directed solar flares. The sunspot's delta-class magnetic field is unstable and harbors energy for significant explosions. NOAA forecasters estimate a 25% chance of X-flares on Nov. 12th.

This is how I take the Sun's photosphere and why.

According to Spaceweather.com: Solar activity has been relatively low for the past 48 hours. The calm might not last. Two sunspots facing Earth have unstable 'beta-gamma-delta' magnetic fields that could explode at any moment. NOAA forecasters estimate a 20% chance of X-flares on Nov. 10th.

ulses of extreme ultraviolet radiation are ionizing the top of Earth's atmosphere, causing a series of shortwave radio blackouts rolling around all longitudes of our planet. Ham radio operators may notice intermittent loss of signal at frequencies below below 30 MHz. So far, none of the explosions has produced a significant CME. This could change in response to more explosions later today.

paceweather.com says: “Minor G1-class geomagnetic storms are possible on Nov. 7th when a CME is expected to hit Earth's magnetic field. NOAA and NASA models agree that the flank of the CME will only graze our planet's magnetosphere. In fact, a miss is just as likely as a hit, making this a low probability forecast.”

From Spaceweather.com, : NOAA forecasters say that minor G1-class geomagnetic storms are possible on Nov. 7th when a CME is expected to graze Earth's magnetic field. The CME was hurled into space by an M3.8-class flare from sunspot 3883 on Nov. 3rd.

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ccording to SpaceWeather.com, for the 7th day in a row, energetic protons from the sun are raining down on Earth. It's an almost S1-class radiation storm, resulting from the collective action of three X-class solar flares since Oct. 24th. These protons are causing a shortwave radio blackout inside the Antarctic Circle.

According to SpaceWeather.com, A CME might graze Earth on Nov. 1st, sparking a minor G1-class geomagnetic storm. The CME was hurled into space by an erupting filament of magnetism on Oct. 29th. A NASA model shows the CME barely touching Earth, so this is a low probability forecast.

For the 3rd day in a row, energetic protons are raining down on Earth. It's an S2-class radiation storm. The protons were accelerated by X-class solar flares on Oct. 24th and 26th. As a result of the storm, a shortwave radio blackout is underway inside the Arctic Circle, and cameras on spacecraft are being fogged. Indeed, most of the speckles in the SOHO coronagraph movie highlighted below are solar protons hitting the camera. This could continue for at least another 24 hours.

NOAA forecasters are predicting a G1-class geomagnetic storm on Oct. 26th when a CME is expected to graze Earth's magnetic field. The CME was hurled into space yesterday by a powerful solar flare (X3.3) from sunspot AR3869. It is not heading straight for our planet, but even a glancing blow from this potent CME could spark bright auroras at high latitudes.

According to SpaceWeather.com An impressive group of large sunspots is emerging over the sun's southeastern limb. The group's detailed magnetic configuration is not yet known. However, we know it's explosive. A powerful X3.3-class solar flare just exploded from the sunspot group's magnetic canopy on Oct. 24th.

According to SpaceWeather.com, Solar Max is hard work. Just ask the sun. After flaring almost without pause for the past 10 months, the sun is taking a quick break. Solar activity has been low for the past 48 hours with no flares stronger than category C. The quiet won't last. Solar Max is expected to continue for at least another year; flaring should resume shortly.

The annual Orionid meteor shower is underway as Earth passes through a stream of debris from Halley's Comet. The best time to look is during the hours before sunrise on Monday morning. Observers in both hemispheres can see this shower, which could produce up to a dozen meteors per hour.

According to SpaceWeather.com: In a joint statement on Oct. 15th, NASA and NOAA announced that Solar Maximum is underway. If you saw last week's geomagnetic storm, you may have already reached the same conclusion. Good news: Solar Max is not a narrow moment in time; it is a lengthy phase of solar activity that can last for 2 or 3 years. More aurora outbursts are likely in 2024 and 2025

Minor G1-class geomagnetic storms are possible on Oct. 16th due to a CME now en route to Earth. It was launched from sunspot AR3854 on Oct. 11th, and is expected to deliver only a glancing blow.

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ccording to SpaceWeather.com Earth's magnetic field is calming down after a full day of severe geomagnetic storming on Oct. 11th. Auroras this weekend are unlikely--even if the sun hurls another fast CME our way. It wouldn't arrive until Tuesday.

According to SpaceWeather.com : A severe geomagnetic storm that started on Oct. 10th with the impact of a potent CME is subsiding now. Storm levels have dropped from G4 (Severe) to currently G1 (Minor).

A geomagnetic storm (G1-G3) that sparked auroras as far south as Arizona and Texas on Oct. 7th and 8th is finally over. Earth has exited the CME's magnetized tail. If you missed the show, good news: More auroras are in the offing. The sun just launched another CME directly toward Earth.

Spaceweather.com noted: Earth is in the crosshairs of the sun. Today there are 6 sunspots with unstable magnetic fields that harbor energy for Earth-directed solar flares. NOAA forecasters estimate a 75% chance of M-class flares and a 30% chance of X-flares on Oct. 7th.

Nice capture 👌 more Northern Lights display if we are in the line of fire 🔥 keep up the observations my friend 🔭