This enchanting craft is perfect for little astronauts and stargazers, transforming everyday materials into a swirling, sparkling universe of their own.

All you need is a humble baby food jar or a small mason jar, some warm distilled water for clarity and longevity, and the classic Elmer's glue to give our galaxy its magical, slow-moving swirl. Dive into your craft drawer for sequins that shimmer like distant stars, sparkles that dazzle like comets, and bits of aluminum foil to mimic mysterious cosmic bodies.

Materials:

• baby food jar or small mason jar.
• warm distilled water,
• elmer glue (school glue),
• sequins, Aluminum foil, sparkles (you need at least one of these, but not all so if you don't have sequins or sparkles don't worry) 
• Optional:  blue food colouring
• Optional:  black paint
• Optional:  stickers to decorate with
• scissors and
• glue.

Instructions:

• Optional:  paint the lid of the baby food jar black and/or decorate with stickers.
• Fill the jar with about 1 part glue and 2 parts water. The glue makes the glitter settle a little slower. The warm water will help mix the glue and water a little quicker. Distilled water helps to make the project last longer.
• Put in some sparkles, some sequins (star shape, moon shape and circle shape all work great) and some small balled up pieces of Aluminum foil (cut 1 inch square pieces of Aluminum foil and let your child ball them up).
• Optional:  Put a few drops of blue food colouring in the jar.
• Optional:  Put a few drops of oil in for a bit of a lava lamp effect
• Put the lid on the jar TIGHTLY (ask dad to help!). You can even hot glue the lid on if you like.
• Let your child play with it ... shake it up to see the universe (you can even talk about the Big Bang theory here if your kids are old enough).

The Big Bang Theory is a broadly accepted theory for the origin and evolution of our universe.  Having said that, it's still "just a theory".

It rests on two ideas:

• The General Theory of Relativity: Over eighty years ago, Einstein proposed this theory that describes how the distribution of mass in the universe determines the geometry of the space.
• On the largest scales, the distribution of matter in the universe is nearly uniform.

In the Big Bang Theory, the universe began with an instantaneously expanding point, roughly ten to twenty billion years ago (in simpler terms, everything was clumped together in the middle and then it blew up! ... shake your universe in a jar to see it blow up).  Since then, the universe has continued to expand, gradually increasing the distance between our Galaxy and external galaxies. 

Gravity slows the expansion of the universe (just like it slows the things we put in our jar).  If the universe is dense enough, the expansion of the
universe will eventually reverse and the universe will collapse (just like the stuff in our jar settles back to the bottom).

If the density is not high enough, then the expansion will continue forever.  (sorry, you aren't going to be able to get your jar to do this!)

Thus, the density of the universe will determine its ultimate fate. 

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