glow-in-the-dark mega science kit competition bandai national geographic

WIN a Glow-in-the-Dark Mega Science Kit!

Explore glow-in-the-dark science with PUTTY, SLIME, CRYSTALS AND MORE!

The days are getting shorter and the nights are drawing in but fear not, this fun STEM kit from Bandai is sure to brighten any dark evening! Inquisitive minds will love discovering the world of glow-in-the-dark by making glowing slime and growing their own crystals! We’ve got THREE Glow-in-the-Dark Mega Science Kits to give away!

The National Geographic Glow-in-the-Dark Mega Science Kit is an astounding collection of experiments and activities that all glow when the lights are out! Inside the kit, you’ll find a crystal growing set that produces a glow-in-the-dark crystal specimen you can proudly display.

There are two DIY slime packs in this kit as well, allowing you to mix and play with your own glow-in-the-dark purple and green slime! And glow-in-the-dark putty will astound kids as they use the included UV light keychain to draw pictures and words that glow when the lights are off!

There is so much included in this Mega Kit: one glowing crystal seed, two DIY slime powders in glowing green and glowing purple, two slime containers, one glowing putty in a storage tin, one wernerite rock, one UV light, and a full-colour learning guide that takes you through each experiment step by step.

The National Geographic Glow-in-the-Dark Mega Science Kit is available from Next!

To win one of THREE kits, answer this question in the comments:

Which of these means glow-in-the-dark?

A Phonetic
B Photosynthesis
C Phosphorescent

This competition closes at midnight on 30th November 2021. For full terms and conditions visit whizzpopbang.com/terms-and-conditions


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Princess Leia hologram could soon be a reality!

Star Wars fans will remember the 3D hologram of Princess Leia projected by R2-D2. Now, British scientists have developed a way of making holograms that can be seen, heard and felt! Here’s a video of this new technology in action:

Have you been reading about holograms in Whizz Pop Bang: POLAR SCIENCE? Pretty amazing, aren’t they? Read more about this story in the Polar Science issue – on sale now!


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Spectacular Science: northern lights

In the current issue of Whizz Pop Bang (October, issue 15) we take a look at light and colour. We ask what gives things their colour? What are invisible colours? Do you know why flamingoes are pink? For lots of questions (and answers!) about colour and loads of cool experiments, order a copy of Whizz Pop Bang science magazine for kids click here.

Do your kids know about the northern lights? The northern lights are one of nature’s most impressive spectacles. These stunning coloured light displays are produced when particles from the Sun crash into the Earth’s atmosphere, transferring their energy into light. Also called aurora, these magnificent dancing lights are common near the North and South Poles.

We came across this eerie yet beautiful video of humpback whales swimming under the northern lights in Norway…

Off the coast of Kvaløya island in Tromsø, humpback whales swim beneath the northern lights. The brief scene was captured by Norwegian photographer Harald Albrigtsen for Norwegian public television (NRK). Cue the aurora science from NASA:

“The typical “northern lights,” or aurora borealis, are caused by collisions between fast-moving electrons and the oxygen and nitrogen in Earth’s upper atmosphere. The electrons – which come from the magnetosphere, the region of space controlled by Earth’s magnetic field – transfer energy to the oxygen and nitrogen gases, making them “excited.” As they “calm down” and return to their normal state, they emit photons, small bursts of energy in the form of light.

When a large number of these collisions occur, the oxygen and nitrogen can emit enough light for the eye to detect. This ghostly light will produce the dance of colors in the night sky we call the aurora. Most of the light comes from altitudes between 60 and 200 miles. Since the aurora is much dimmer than sunlight, it cannot be seen from the ground in the daytime.

The color of the aurora depends on which gas – oxygen or nitrogen – is being excited by the electrons, and on how excited it becomes. Oxygen emits either a greenish-yellow light (the most familiar color of the aurora) or a red light; nitrogen generally gives off a blue light. The blending of these colors can also produce purples, pinks, and white.”

(Above video and text from The Kids Should See This website)

Did you know… Astronauts in the International Space Station get to see a side view of the aurora because they are both roughly the same distance from the Earth

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AWESOME FACT: Aurora also occur on other planets, including Jupiter, Saturn, Uranus and Neptune

 


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