Solar storms

A widely spreading coronal mass ejection (CME) as it blasts more than a billion Experts believe "geomagnetic storms" could occur on Earth soon thanks to a ...

The sun is currently at the start of a new 11-year solar cycle, which usually sees eruptions and flares grow more intense and extreme. Solar storms can also confuse migrating animals that rely on the Earth’s magnetic field for a sense of direction. Fortunately, the solar storm predicted for April 14, is only likely to be a “G2-class” storm. A CME is a huge expulsion of plasma from the sun’s outer layer, called the corona. A mass of solar particles is heading our way after a ‘dead sunspot’ exploded on the solar surface. The explosion on April 11 led to a coronal mass ejection (CME), which is a type of flare that can cause solar storms on Earth.

On Thursday, April 14, yet another powerful geomagnetic solar storm is set to slam the Earth, resulting in possible damage on our planet, as per space agencies.

Solar storms are commonplace in space weather, especially when the Sun becomes more active. Due to the extremely rapid solar wind stream, the storm may intensify after it strikes the Earth, NASA has predicted. While most of them managed to avoid the Earth, a few of them erupted in our direction, causing geomagnetic storms.

Illustration of a coronal mass ejection impacting the Earth s atmosphere. When a CME hits Earth, it can cause a geomagnetic storm that disrupts the planet's ...

Space weather physicist Dr Tamitha Skov wrote on her Twitter account: “Direct Hit: Solarstorm prediction models from both NOAA and NASA show the storm hits April 14, just ahead of a fast solar wind stream! A series of massive eruptions on the surface of the sun, solar flares, had been classed as G3 strength, making it a rare event. NOAA defines a solar storm, also known as a geomagnetic storm, as a “major disturbance of Earth's magnetosphere that occurs when there is a very efficient exchange of energy from the solar wind into the space environment surrounding Earth”.

A coronal mass ejection (CME) is expected to reach Earth on Thursday, April 14. The impact of the CME could trigger a G2-class or moderate geomagnetic storm ...

This website uses cookies or similar technologies, to enhance your browsing experience and provide personalised recommendations. The CME is expected to reach Earth on Thursday, April 14. Also, a G1-class or minor geomagnetic storm is likely to impact Earth on Friday, April 15, 2022, according to the Space Weather Prediction Center (SWPC) of the National Oceanographic and Atmospheric Administration (NOAA).

Date emerging from NASA and the US National Oceanic and Atmospheric Administration (NOAA) anticipates that the huge burst from the Sun will impact the Earth's ...

Radio #blackoutrisk remains low, but amateur #radiooperators & #GPSusers face disruptions on Earth’s nightside. Chances of reaching G2-level conditions are 80% at high latitudes & 20% at mid-latitudes. A second solar storm in less than a week is forecasted to make a ‘direct hit’ on the Earth’s atmosphere on Thursday.

Earth's magnetic field is poised for impact as a coronal mass ejection from the Sun hits the planet on Thursday. The impact will trigger a minor to moderate ...

While the Earth-facing side of the star remains relatively quiet, the far side is witnessing a new surge of activity. The highly energised material was hurtled into the vacuum of space from a dead sunspot, AR2987, which had suddenly become active. The massive surge of plasma is coming towards Earth at a staggering speed of 16,13,520 kilometers per hour.

Solar storms occur when the sun emits huge bursts of energy in the form of solar flares and coronal mass ejections. Streams of electrical charges are sent ...

Since the birth of the internet and various other technological advancements, we haven't had any strong solar events. Aurora field reporters, be sure to charge your camera batteries!" Streams of electrical charges are sent hurling towards Earth.

NASA: The solar storm is set to hit Earth any moment today and there is a possibility that it can damage your phone, Internet and more.

But this is not the full extent of damage the solar storm can cause. Yes, the solar storm today can also damage your mobile phone. NASA: The massive solar storm is set to hit the Earth today and satellites are not the only electronic devices at risk.

After a dead sunspot hurled a ball of plasma toward Earth earlier this week, medium-sized auroras may stretch even farther south than usual.

We also have a beginner's guide on how to photograph the aurora. We also have a beginner's guide on how to photograph the aurora. If you captured a stunning photo of the northern lights let us know! If a CME is aimed toward Earth, often the particles can generate auroras in upper latitudes. Geomagnetic storms can trigger auroras closer to the equator than is possible during calm conditions, raising hopes for skywatchers. If you need equipment to capture the best aurora, consider our best cameras for astrophotography and best lenses for astrophotography to make sure you're ready.

The Sun is like a child that often throws tantrums. It's essential for life to go on, but its ever-changing disposition, such as solar storms make things ...

The National Oceanic and Atmospheric Administration had warned that, following a coronal mass ejection, a geomagnetic storm was “likely” to occur the day before or the day of the February Starlink launch. The significant increase in high-energy electrons within the magnetosphere during strong geomagnetic storms means more electrons will penetrate the shielding on a spacecraft and accumulate within its electronics. But during geomagnetic storms, changes in the ionosphere – the charged equivalent of the thermosphere that spans roughly the same altitude range – will change how radio waves travel through it. The latest batch of Starlink satellites encountered a geomagnetic storm while still in very low-Earth orbit. This redirection of energy to the poles is what results in fantastic aurora events, but it also causes changes in the upper atmosphere that can harm space assets. Penetrating radiation or charged particles in the magnetosphere – even during mild geomagnetic storms – can also alter the output signal from electronic devices. The satellites then use onboard engines to slowly overcome the force of drag and raise themselves to their final altitude of approximately 350 miles (550 km). Geomagnetic storms occur when space weather hits and interacts with the Earth. Space weather is caused by fluctuations within the Sun that blast electrons, protons and other particles into space. But during strong storms, it can get overloaded and transfer excess energy to the upper layers of Earth’s atmosphere near the poles. When solar wind hits the magnetosphere, it transfers mass, energy and momentum into this layer. Research suggests that if a geomagnetic storm of this magnitude hit Earth today, it would cause roughly $2 trillion in damage. The Sun is always releasing a steady amount of charged particles into space.

Don't expect massive power outages this week, but do expect to see beautiful northern lights after a significant solar flare erupted from a location on the ...