It felt like a once-in-a-lifetime experience, seeing the Northern Lights from, of all places, in light-polluted London.
But the thing is for Josh Yonish, a 22-year-old geologist, he’d already seen them before up in Birmingham in May, as countless other Britons did.
Now there they were once again above them, stripes of green, blue, pink and purple dancing across the night sky as the stars began to shine.
‘To be seeing one of the natural wonders of the world through my bedroom window in northeast London on a cold October night felt quite surreal,’ Josh tells .
‘Feels like I should be paying money to go to Iceland or Finland to see them so I’m grateful for that!’
But why is the UK seeing this spectacular sight so often this year?
What are the Northern Lights?
Aurora Borealis (no, not that actor from Bones or Buffy the Vampire Slayer) appear as ethereal curtains that stretch wide across the night sky.
The clue’s in the name but they’re only seen in the northern hemisphere. Their southern counterpart, Aurora Australis, is seen in latitudes near the South Pole.
What causes the Northern Lights?
The Earth has something known as a magnetic field that helps keep all kinds of space junk and gunk away – think of it like an apple wrapped in cling film.
One thing the magnetic field helps repel are particles, including the blobs of plasma spat out by the sun. As nuclear reactions occur on the sun, it regularly coughs up material from its surface.
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This wind travels through space at breakneck speeds up to 45 million mph. If any crash into Earth’s upper atmosphere, they bounce off the planet’s magnetic field and are thrown towards the poles.
Every particle glows different colours. Take oxygen, which has a greenish hue to it, or red-coloured nitrogen.
When all these colourful particles collide with the particles already trapped around Earth’s magnetic field, this causes them to light up.
Why are we seeing the Northern Lights so often lately?
Usually, you can only see the aurora in Iceland, Scandinavia, Canada and Alaska. But this year, a strangely wide swath of the Northern Hemisphere’s sky has been lit up with this brilliant show of colour.
‘The reason we are seeing more northern lights events, the aurora borealis, here in the UK is that we are near to a solar maximum,’ explains Jo Farrow, a forecaster for the independent meteorological service, Netweather.
A solar maximum is a period during the sun’s 11-year cycle when the celestial body is especially pumped up.
Sunspots, which show as dark areas in photographs of the sun, begin to pop up during this. And much like a pimple on a teenager’s face, when these spots burst, they burst.
They shoot out radiation called solar flares and giant eruptions of particles known as coronal mass ejections (CMEs). When CMEs collide with the Earth, they cause geomagnetic storms, also known as solar storms.
The sun expelled an Eartbound CME on Wednesday which reached us yesterday evening, causing a ‘severe’ geomagnetic storm’, according to the Met Office.
‘In a time of solar maximum, there are more sunspots, more solar flares, more CMEs and so more energised particles for the solar wind to bring towards Earth,’ explains Farrow.
‘When a CME is “Earth-directed”, the sun being a sphere can throw CMEs out in any direction. There have been some very large flares recently.
‘There was the G5 geomagnetic storm in May and last night’s G4 storm, both of which coincided with clear skies for some parts of the UK, night-time, so that we can actually see it.
‘Also, the action started in the evening, not too late that everyone was asleep and so people sharing photos on social media allowed others to pop out for a look too. Even though it was chilly on Thursday night.’
Why are the Northern Lights so far south?
The closer you are to the equator, the less chance you’ll have of seeing the Northern Lights. But the chances of seeing the aurora elsewhere increase when solar storms happen.
‘These solar flare ejections from the Sun’s surface can be huge, as per what happened last night, hence the reason for southern areas seeing the displays, which is very unusual,’ adds Jim N R Dale, the founder and senior meteorological consultant at the British Weather Services, adds.
How can I photograph the Northern Lights?
Annika Bizon, marketing and omnichannel director (MX Division) and head of Ireland, Samsung UK said: ‘Witnessing the Northern Lights is a bucket list item for many, but it’s hard to capture the moment on camera.
‘People aren’t used to taking photographs when it’s pitch-black outside, and there’s a real skill to it. The truth is many smartphones now do much of the thinking for you, such as the Samsung Galaxy S24 FE, which automatically knows when a photo is being taken at night and activates Night Mode instantly.
‘This setting enhances the details of the Aurora borealis and brightens your shot, allowing you to capture its stunning colours, even in the dark of night. It’s worth playing around with your camera settings to see if your phone has a function to help you capture the best shots, even in low light settings.’
Will we see the Northern Lights today?
Possibly! AuroraWatch UK, a Lancaster University service, has issued a ‘red alert’ for the phenomena meaning they’re ‘very likely’.
‘Visibility of the auroras is likely to be more confined to Scotland tonight, as the effects of the coronal mass ejection wanes,’ a Met Office spokesperson says.
‘Cloud cover and rain will obscure visibility for some, particularly in western areas, but some visibility is possible elsewhere in Scotland.
‘Chances of aurora sightings on Saturday will be increasingly confined to further north in Scotland.’
Josh certainly wouldn’t mind seeing them again either, especially as it’s cheaper than a flight to Iceland.
‘My favourite thing to see was how they changed between every photo I took,’ they explain.
‘Even though I couldn’t really see anything with the naked eye it felt like I was watching an artificial light show on a massive scale.’
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