What happens if you fall into a black hole? Professor Jim Al-Khalili explains

Whizz Pop Bang readers often ask us curious questions (we print some of the answers in every magazine!). Last week we were lucky enough to talk to incredible physicist Jim Al-Khalili and ask him directly!

We asked Whizz Pop Bang fans to let us know what they’ve been wondering about and they came up with some fascinating questions for Professor Jim.

What would happen if you fell into a black hole? Could you travel backwards in time? And did time even exist before the Big Bang? Read on to find the answers to these mind-boggling questions.

What would happen if you jumped into a black hole?

Asked by Bella and Tilly

Jim says:

“That wouldn’t be good! Bella and Tilly, if someone says, ‘Let’s go and jump in a black hole,’ you should be very careful to think about it first. There are different kinds of black holes. Sometimes a star can collapse into a black hole – those are quite small black holes. If you fell into one of those, you would get stretched. This wonderful concept has a very scientific name: spaghettification.

You get pulled out like spaghetti because if you jump in feet first, your feet get pulled in more than your head and you get stretched, which would not be nice.

If you wanted to avoid spaghettification, you could jump into what’s called a supermassive black hole, and that would be much gentler. You could enjoy the ride down, but you might still end up hitting what’s called the singularity which is where you get squashed down to zero size, and that’s even worse than being spaghettified.

No one’s ever jumped into a black hole, and we haven’t ever sent any probes into one. They wouldn’t come out if we did! But the math says that is black holes are spinning very fast, then in the middle there could be a kind of ring called a star gate which you could travel through. You could end up in another part of the universe altogether, or even in a parallel universe.

So the math tells us all sorts of weird and wonderful things but until we can test it with an experiment we can’t be sure if it’s right. We have a lot of fun speculating about it!”


Why can’t we travel back in time?

Asked by A, aged 9

Jim says:

That’s a fascinating question. Actually, the laws of physics that we have understood going all the way back to Albert Einstein tell us that time travel into the past is in principle possible.

It hasn’t been ruled out by equations. Physicists go by equations that we’ve tested and found to be correct. We think Einstein’s equations are correct because we’ve tested them on other things, more mundane than time travel, and it turns out that they’re correct. These equations also say that we could travel back in time.

It’s certainly easier to go into the future because you can do that by slowing time down. If you travel close to the speed of light or orbit around a black hole a few times, gravity can slow time down.

Going back into the past is a bit like looping the loop on a rollercoaster. You’re travelling forward in time, but what Einstein says is that gravity causes time and space to bend and so, even though you’re travelling forward, you’re actually doubling back on yourself and you end up in the past, the way you started before you started.

Now, the problem is that most scientists would argue that it’s probably still impossible. There may be some loopholes that we need to close because it leads to all these logical paradoxes. If you go to the past you can only change things and make them turn out the way they have already turned out – like everything from Doctor Who to famous movies like Back to the Future.

It’s all very strange and you can very quickly get yourself into a tangle – how can that be? Surely, if they went back, they ought to change this. So logic says it’s not possible, but physics says it may be. It’s mind-bending and space-bending!

Professor Jim Al-Khalili is a physicist, broadcaster and the presenter of this year’s Royal Institution Christmas Lectures which will be shown on the BBC and iPlayer this December. He is all about inspiring curious minds to question the world around them (which is something we’re passionate about at Whizz Pop Bang, too!)


Did time exist before the big bang?

Asked by Olivia

Jim says:

If we follow Einstein’s theory of relativity (which told us about the Big Bang) then that would say that time started at the Big Bang. And if you say, ‘What was there before?’ – well there was no before: that’s when time started. If people find that puzzling, how about I explain it like this: If I say to you, walk to the South Pole then when you get to the South Pole, keep heading south. You’re already as far south as you can go on the surface of the Earth. Any step from the South Pole takes you back north again. The Big Bang is a bit like that with time. It’s the earliest moment of time, all times from the Big Bang head into the future, so there’s nothing in the past.

Most physicists will just tell you that and say ‘That’s it, time began with the Big Bang, now go away and don’t ask me anymore hard questions!’

But there are now physicists or cosmologists (scientists studying the entire universe) who are starting to think that maybe there was time before the Big Bang. Maybe the Big Bang was just the beginning of our universe, and maybe there were other universes popping in out of existence in some higher dimensional multiverse.

Maybe time has always existed.

We think time started with our universe, but maybe there’s time even before our universe was born. That’s a possibility, but we don’t know if it’s correct or not because we’re not quite sure how to test that idea.

Maybe there have been lots of Big Bangs. Maybe the universe will expand, recollapse into what’s called the big crunch, which will then become the Big Bang of the next generation universe. Ours may not be the first cycle.


Whizz Pop Bang magazine is filled with intriguing-yet-simple explanations of fascinating science topics. Send your child’s questions to [email protected] – our robot, Y, answers readers’ questions in every edition!

Whizz Pop Bang is our award-winning science magazine that brings science to life for girls and boys aged six to twelve (and their parents too)! Check out our subscriptions here.


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Why do some volcanoes explode? Try this easy volcano science experiment! 🌋

If you’ve got a 6–12 year old who’s always asking, “Why?”, this one’s for you!

This experiment explains exactly why some eruptions are so much more dangerous than others. Watch the reel to see it in action and hear an explanation of the science of magma. Save this for your home-education science lessons or for when you run out of ideas at the weekend! ​

Why do some volcanoes produce spectacular explosions, while others have rivers of lava flowing down their sides? The answer has a lot to do with what’s happening deep inside the volcano!

With this simple volcano science experiment for kids, you can investigate how different types of magma affect volcanic eruptions. All you need are a few everyday household materials – no complicated equipment required!

Watch our volcano experiment in action! 🎥

Bubble Trouble: A volcano science experiment

Some volcanoes contain magma that is runny and some contain much more viscous (gloopy) magma. Find out how different magmas affect volcanic eruptions.

You will need

  • A small glass half-filled with water
  • A small glass half-filled with golden syrup, honey or other viscous (gloopy) liquid
  • An outdoor space or plastic sheeting
  • Two straws
  • Safety goggles

What you do

  1. Protect your work surface and put on your safety goggles so your eyes don’t get splashed with spewing lava!
  2. Imagine that the water is runny magma below the surface of the Earth and that the gloopy liquid is viscous (thick) magma.
  3. Put a straw into each cup of lava and gently blow bubbles – first into runny magma (the water) and then into viscous magma (the gloopy liquid). Which is easier to blow into?
  4. Now try blowing really hard into each type of magma. What happens?

What’s the science behind it? 🔬

It’s hard to blow bubbles into the viscous magma; the bubbles come to the surface much more easily in the runny magma (water).

When you blow bubbles into the runny magma, you create lots of small bubbles that quickly and easily rise to the surface.

When you blow bubbles into the viscous magma, a large bubble builds up below the surface and then suddenly erupts, taking the gloopy magma up with it.

Similarly, real volcanoes that contain viscous magma erupt much more violently – and are so much more dangerous – than volcanoes that contain runny magma.

What makes a volcano erupt?

Deep beneath the Earth’s surface, molten rock called magma contains trapped gases.

As magma rises towards the surface, the pressure around it decreases and gas bubbles can form and grow.

If the magma is runny, the gases can escape relatively easily. But when magma is thick and sticky, gases can become trapped, building up pressure that can lead to an explosive eruption!

Did you know? When magma reaches the Earth’s surface, it’s called lava!

More amazing volcano science for curious kids!

Love volcanoes, eruptions and explosive science experiments?

Discover the fiery world of volcanoes in Whizz Pop Bang: Volcano Alert! It’s packed with fascinating facts, hands-on experiments and activities for children aged 6–12.

Find out what happens deep beneath the Earth’s surface, discover some of the world’s most extraordinary volcanoes and try even more volcanic science at home.

Or keep the discoveries coming with a Whizz Pop Bang subscription! Every month, our award-winning children’s science magazine brings exciting experiments, fascinating facts and hands-on activities straight through your letterbox.


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Back to the Moon! NASA prepares for an incredible space mission

Could humans soon be walking on the Moon again? NASA is preparing for one of its most ambitious space missions ever, and the countdown is on!

More than 50 years after astronauts last set foot on the Moon, NASA’s Artemis programme aims to send humans back to explore the lunar surface.

But first, there’s a very important practice mission to complete!

Three rockets, four astronauts and one enormous challenge!

In 2027, NASA plans to launch four astronauts into orbit around Earth aboard its Orion spacecraft.

Image copyright NASA / Bill Ingalls
NASA’s powerful Space Launch System (SLS) rocket launched Artemis II in April 2026. The same rocket system will carry astronauts into space for Artemis III.

Two other spacecraft, developed by SpaceX and Blue Origin, will also blast into space. These special vehicles are designed to help astronauts land on the Moon.

The astronauts will practise docking – carefully connecting two spacecraft while they’re travelling thousands of kilometres per hour!

They’ll also test important equipment to make sure everything works properly before attempting a Moon landing.

Image copyright NASA
NASA’s plan for Artemis III. The mission will send four astronauts to low Earth orbit next year to test critical systems needed for future lunar landings.

When will astronauts walk on the Moon?

NASA is aiming to land astronauts on the Moon in 2028, as part of its Artemis IV mission.

Unlike the Apollo astronauts, who explored areas near the Moon’s equator, future Artemis astronauts hope to explore the mysterious lunar south pole.

Scientists are particularly interested in this region because frozen water may be hiding inside its permanently shadowed craters!

Could these missions help us build a future Moon base? Perhaps one day, astronauts will even use the Moon as a stepping stone to Mars!

Love amazing science news? 🔬

From incredible space missions to extraordinary animal discoveries, Whizz Pop Bang brings the latest science news to curious kids aged 6 to 12.

Every issue of our award-winning children’s science magazine includes exciting science news, alongside fascinating facts, experiments and activities to try at home.

Want science news delivered straight to your inbox?

Sign up for our free monthly newsletter for family-friendly science discoveries, activities and inspiration.

Or discover a whole world of science with a Whizz Pop Bang subscription – bringing fresh discoveries through your letterbox every month!


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Volcano Science Experiments for Kids – Whizz Pop Bang Issue 136 Kit List

Prepare to discover the science of explosions – with some dinosaur science on the side! Whizz Pop Bang Issue 136: Volcano Alert! is packed with hands-on activities for kids all about volcanoes, dinosaurs, lava, rocks and more. Make an erupting volcano, recreate bubbling lava, mix up chocolate rocks, collage a fiery lantern and create your own moving volcano flip book.

Make your own erupting volcano at home – and so much more

To help your child get stuck into the experiments as soon as their magazine arrives, we’ve put together this handy volcano science experiment kit list. Collect these simple supplies together before your magazine arrives so your young scientist is ready to go as soon as this edition hits the doormat.

We haven’t included basic items such as scissors and paper.

What you’ll need for the experiments in issue 136: Volcano Alert!

Want a printable version of this list to stick on your fridge? Click here!

Discover how volcanoes shaped the dinosaurs’ world

From exploding volcanoes to dinosaurs and chocolate rocks, Whizz Pop Bang: Volcano Alert is a topic made for curious kids. They’ll discover what’s happening beneath the Earth’s surface, why volcanoes erupt and how they’ve helped shape our planet.

Want to join in with volcano science activities for kids?

Subscribe to Whizz Pop Bang and your child can enjoy a new science adventure delivered through the letterbox every month.

Subscribe by 4th November 2026 to start your subscription with Whizz Pop Bang: Volcano Alert AND get a freebie when you start a new subscription!

Here’s a printable version of this kit list…


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Children celebrating National Magazine Day. Whizz Pop Bang science magazine for children aged 6 to 12

National Magazine Day 2026: Why magazines are brilliant for getting kids reading

Did you know that Wednesday 14th October 2026 is the first ever National Magazine Day in the UK? More than 70,000 magazines are being distributed to children across the country – including stacks of Whizz Pop Bang and Hoopla magazines! We’re delighted to be involved, and so excited to think of all the science fun, creative projects, incredible facts, puzzles, jokes and more that will be landing in so many children’s hands.

But why celebrate magazines? If you’ve ever seen a child get lost between the covers of a magazine, you’ll know there’s something rather special about them. Keep reading to find out how to find free magazines below. Reading a digital copy of Whizz Pop Bang or Hoopla magazine is a great way to celebrate National Magazine Day!

Why are magazines so good for children’s reading?

Some children are born readers and think nothing of racing through a chunky chapter book before bed. But some children like to relax with something lighter, more visual, less daunting. And who doesn’t want to discover incredible facts, put pen to paper and solve some puzzles, giggle at a comic or try a craft activity?

And that’s where magazines come in!

There’s no right way to read a magazine. Children can start at the back, read a page a day (or the whole thing at once), know where to find their favourite feature, only read the headlines and look at the pictures… anything goes.

For children who find reading difficult or aren’t particularly enthusiastic about books, that freedom can make all the difference.

Magazines also offer:

  • Bite-sized reading: Short articles and interesting facts that don’t feel overwhelming.
  • Something for everyone: Whizz Pop Bang focusses on science, and Hoopla is perfect for curious, creative kids. But there are magazines available about everything from aircraft to zoos, and everything in between!
  • Plenty to look at: Colourful illustrations, photographs and comics that help bring the words to life.
  • A reason to keep reading: One fascinating fact can lead to a whole new interest.

And the best bit? Children are reading because they’ve found something they genuinely want to know about.

70,000 magazines heading into children’s hands!

National Magazine Day is part of the National Year of Reading 2026, a nationwide campaign encouraging people to rediscover the pleasure of reading.

Publishers across the UK have worked together to provide and distribute more than 70,000 magazines through schools, food banks, breakfast clubs and community organisations, helping more children access exciting reading materials.

We’re proud to have contributed a large number of Whizz Pop Bang and Hoopla magazines to the campaign.

From mind-blowing science discoveries to imaginative activities and puzzles, we hope our magazines will introduce lots of children to something new (and hopefully help them discover a love of reading along the way).

Find out more about National Magazine Day here.

Celebrate National Magazine Day with a FREE children’s magazine!

You don’t need to be part of the official giveaway to join in!

To celebrate, we’re inviting families everywhere to try one of our magazines for free. Just choose the one that suits your child and start exploring.

🔬 Whizz Pop Bang – for curious kids aged 6–12

Packed with fascinating facts, science experiments, amazing discoveries and puzzles, Whizz Pop Bang brings science to life for young readers.

🌈 Hoopla – for curious kids aged 4–9

A happy mix of stories, crafts, nature discoveries, cooking, puzzles and activities to try at home.

Whether your child reads every page or heads straight for an activity that catches their eye, we hope they enjoy discovering something new.

Happy National Magazine Day!


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Could Vanilla Help Heal Wounds?

Vanilla ice cream might be even more amazing than we thought! Scientists are investigating whether vanillin, the compound that gives vanilla its delicious flavour and smell, could help our bodies heal wounds.

But before you reach for a tub of ice cream, there’s a little more to the story!

What’s so special about vanilla?

Vanillin is the main compound responsible for vanilla’s familiar flavour and smell. It’s found naturally in vanilla pods and is also manufactured for use in foods, perfumes and other products.

Now, scientists are exploring whether this sweet-smelling substance could have some surprising medical uses.

Research suggests that vanillin has several useful properties. It may help fight certain bacteria, reduce inflammation (the redness and swelling that can happen when we’re injured) and protect cells from damage.

All three could be useful when it comes to helping wounds heal.

How could vanilla help heal a cut?

When you cut your finger or scrape your knee, your body immediately gets to work repairing the damage.

First, your blood forms a clot to stop the bleeding. Then, special cells help fight germs, clean up the damaged area and build new tissue.

Scientists are interested in whether vanillin could support some of these processes. For example, it might eventually be used in special wound dressings that help protect damaged skin while it repairs itself.

However, researchers still need to carry out more tests to find out how well vanillin works and whether it’s safe and effective as a treatment.

Does this mean eating ice cream helps wounds heal?

Sadly, no! There’s no evidence that eating vanilla ice cream will make a cut or scrape heal faster.

The research is about using vanillin in carefully developed medical treatments, not eating vanilla-flavoured foods.

Still, it’s a fascinating example of how scientists can discover unexpected uses for everyday substances.

Want more amazing science discoveries?

Whizz Pop Bang is the award-winning science magazine for curious kids aged 6–12, packed with fascinating facts, hands-on experiments and exciting discoveries.

Discover Whizz Pop Bang


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How to create a mushroom spore print

Did you know that mushrooms can make their own amazing patterns on paper? With just a mushroom and a few things from around the house, you can create a beautiful spore print and discover some fascinating fungi science!

This easy science experiment is perfect for curious kids who love exploring nature.

Watch: How to make a mushroom spore print

You will need:

  • A flat mushroom (use one bought from a food shop)
  • Plain white paper
  • A sprinkle of water

How to make your mushroom spore print

  1. Carefully remove the stalk from your mushroom to expose the gills underneath.
  2. Lay your mushroom, gill side down, onto the paper.
  3. Sprinkle with a bit of water
  4. Cover it with a bowl to stop the mushroom drying out or being disturbed.
  5. Leave it undisturbed for two days.
  6. Remove the bowl carefully then lift the mushroom off the paper to reveal your spore print!

Here’s the science…

Did you know that fungi and mushrooms don’t have seeds? Instead, they release tiny spores that look like powder or dust. The cap of the mushroom opens up and releases them from its gills. The spores blow away in the wind to grow into new fungi. In this experiment, you can catch those spores and turn them into a beautiful print.

Keep the science adventures coming…

…with a subscription to Whizz Pop Bang, the award-winning science magazine for children aged 6 to 12. Every issue is packed with experiments, discoveries and activities to try at home.

Subscribe to Whizz Pop Bang


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Science of Flight Experiments for Kids – Whizz Pop Bang Issue 135 Kit List

Get ready for some sky high science! Whizz Pop Bang Issue 135: Flying High is packed with hands-on activities that explore the science of flight for kids. Make a parachute, fly stunt planes and explore aeroplanes, drones, pterosaurs and amazing flying animals.

To help your child get stuck into the experiments as soon as their magazine arrives, we’ve put together this handy science of flight experiment kit list. Gather these few simple supplies in advance and your young scientist will be ready to go as soon as the magazine hits the doormat.

We haven’t included everyday basics such as scissors and paper.

What you’ll need for the experiments in issue 135: Flying High:

Want a printable version of this list to stick on your fridge? Click here!

Discover the amazing science of flight

There’s much more than experiments inside Whizz Pop Bang Issue 135: Flying High. Find out how aeroplanes overcome gravity, why wings create lift and how everything from helicopters and hot-air balloons to birds and pterosaurs take to the skies. Investigate gravity and air resistance by making a parachute, experiment with an aerofoil then make a fly your own stunt planes.

Want to join in with the Science of Flight fun?

Subscribe to Whizz Pop Bang and your child can enjoy a new science adventure delivered through the letterbox every month.

Subscribe by 4th October 2026 to start your subscription with Whizz Pop Bang: Flying HIgh AND get a freebie when you start a new subscription!

Here’s a printable version of this kit list…


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Child cleaning old coins in a vinegar and salt science experiment

Gleaming Coins Experiment: Make Dirty Coins Shine with Chemistry!

Learn how to make dirty coins shine with this easy chemistry experiment for kids! Using vinegar and salt, discover the science of oxidation in just a few minutes.

Have you ever wondered why old coins lose their shine?

With just vinegar, salt and a few grubby coins, your child can become a mini chemist and discover the science behind oxidation in just a few minutes.

This quick experiment is perfect for curious children and uses everyday kitchen ingredients to reveal an amazing chemical reaction.

Watch the experiment

Watch our short video below to see the gleaming coins experiment in action.

You’ll need

  • A glass jar
  • 200ml white vinegar
  • 1 teaspoon of salt
  • Some grubby 1p or 2p coins
  • Paper towels
  • Running water

What happens?

When copper coins are exposed to air over time, they react with oxygen to form a dull layer called copper oxide.

Mixing vinegar (a weak acid) with salt creates a solution that dissolves this oxide layer, revealing the shiny copper underneath.

It’s a brilliant way to introduce children to the idea that chemistry is happening all around us—even on the loose change in your pocket!


The science behind it

Copper naturally reacts with oxygen in the air.

This reaction forms a coating called copper oxide, which makes the coin look brown and dull.

The acetic acid in vinegar helps loosen this layer, while the salt speeds up the reaction. Once the oxide has dissolved away, the shiny copper beneath is revealed.

Although it looks like magic, it’s actually chemistry!


Questions to ask your young scientist

Can you predict which coin will become the shiniest?

Why do you think older coins look dirtier than newer ones?

What happens if you leave the cleaned coin out in the air again?

Can you think of any other metal objects that change colour over time?


Safety

This experiment should be carried out with adult supervision.

Wash hands after handling coins and avoid drinking the vinegar solution.


Keep the science going!

If your child loved this experiment, they’ll love Whizz Pop Bang magazine.

Every month is packed with exciting experiments, fascinating facts, puzzles and hands-on STEM activities designed for children aged 6–12.

👉 Explore Whizz Pop Bang subscriptions here.


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How to Watch the August 12th 2026 Solar Eclipse Safely (Even If You Don’t Have Eclipse Glasses) 

On Wednesday 12th August 2026, people across the UK will witness the biggest solar eclipse visible here since 1999. Depending on where you are, the Moon will cover around 90–96% of the Sun, creating an unforgettable sight.

If you’ve left it too late to buy eclipse glasses, don’t panic! There are still plenty of brilliant (and completely safe) ways to enjoy this spectacular event.

The most important thing to remember is this:

Never look directly at the Sun without proper eye protection.

Even when most of the Sun is covered by the Moon, its remaining light is still powerful enough to cause permanent eye damage. Unlike a total eclipse, there is never a safe moment to look directly at the Sun during the UK’s partial eclipse.

Here are our favourite safe ways to enjoy eclipse day.


1. Use Certified Eclipse Glasses ⭐

If you’ve already got a pair, check they’re genuine before using them.

Safe eclipse glasses should:

  • Meet the ISO 12312-2:2015 international safety standard
  • Be free from scratches, tears or damage
  • Come from a reputable supplier

Remember:

  • ❌ Regular sunglasses are not safe.
  • ❌ 3D cinema glasses are not safe.
  • ❌ Homemade tinted plastic or smoked glass are not safe.

If your glasses are damaged or you’re unsure whether they’re genuine, don’t risk using them.


2. Make a Simple Pinhole Projector

One of the easiest (and most fun) ways to watch the eclipse is to project an image of the Sun instead of looking at it.

You’ll need:

  • Two sheets of white paper or card
  • A pin

Simply make a tiny hole in one sheet of card, stand with your back to the Sun and let the sunlight shine through onto the second sheet.

You’ll see a tiny image of the Sun—and as the eclipse progresses, you’ll notice a little “bite” appearing in it!

It’s a fantastic science activity for children too.


3. Grab a Colander from the Kitchen

Yes, really!

The hundreds of tiny holes in a kitchen colander act like lots of miniature pinhole projectors.

Hold the colander so sunlight shines through onto the ground or a sheet of paper and you’ll see dozens of tiny Suns projected underneath.

As the Moon moves across the Sun, every little image changes shape.

It’s one of the easiest ways to view the eclipse (and bonus – there’s no complicated crafting required!)


4. Look Beneath the Trees

Nature has already made thousands of pinhole projectors.

The tiny gaps between leaves allow sunlight through, creating hundreds of miniature images of the Sun on the ground.

During a solar eclipse those little circles transform into tiny crescents.

Take a walk beneath a leafy tree during the eclipse and have a look—you might be surprised by what you find!


5. Watch a Live Stream

Cloudy skies? No problem.

The Royal Observatory Greenwich will be broadcasting the eclipse live online using professional solar telescopes, with astronomers explaining exactly what’s happening as the Moon passes across the Sun.

It’s completely free and a brilliant option if the British weather doesn’t cooperate.


6. Visit a Local Astronomy Group

Many local astronomy clubs and observatories hold public viewing events during eclipses.

They often provide:

  • Special solar telescopes
  • Expert guidance
  • Safe viewing equipment
  • Family-friendly activities

It’s a fantastic opportunity to learn more about our nearest star while seeing the eclipse through equipment that’s specially designed for observing the Sun safely.


7. Can’t Wait? Watch a Solar Eclipse Simulation

This video is a realistic 3D simulation of a solar eclipse – no glasses, no special weather conditions and absolutely no patience required! This could be the perfect solution if the eclipse is a little too late, subtle or slow for a young child who wants to see what happens during a solar eclipse.


Things You Should Never Do

However tempting it might be, never:

  • ❌ Look directly at the Sun without proper protection
  • ❌ Use sunglasses instead of eclipse glasses
  • ❌ Look through binoculars or a telescope without a certified solar filter fitted to the front of the instrument
  • ❌ Look through a camera lens while wearing eclipse glasses

These can all cause serious, permanent eye damage.


Make It a Family Science Challenge

Why not turn eclipse day into a mini science investigation?

Try comparing:

  • Which method gives the clearest image?
  • Does a metal colander work better than a plastic one?
  • How does the projected image change every 10 minutes?
  • Can you spot crescent-shaped patches of light beneath different trees?

It’s a wonderful opportunity to combine astronomy, observation and a little scientific curiosity.


Don’t Miss This Once-in-a-Generation Event!

The August 12th eclipse will be the most impressive solar eclipse visible from the UK since 1999, and there won’t be another one this dramatic for decades. Find out exactly what to expect from your location – and what time you will see the 2026 solar eclipse – here.

Whether you’re using eclipse glasses, a homemade projector or simply watching online, there are plenty of safe ways to experience one of nature’s most spectacular shows.

Let’s keep our fingers crossed for clear skies! 🌞🌙


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