The delightful field of Oreology studies the fluid physics of the creme inside Oreo cookies – how it deforms, flows, and ultimately fractures, leading to separation of the cookie into two pieces.

Imma Perfetto is a journalist at Cosmos Magazine and has an honours degree in Science Communication. 

The delightful field of Oreology studies the fluid physics of the creme inside Oreo cookies &ndash; how it deforms, flows, and ultimately fractures, leading to separation of the cookie into two pieces.
Imma Perfetto is a journalist at Cosmos Magazine and has an honours degree in Science Communication.&nbsp;

Put your thinking caps on, folks. Huh? Science Explained is here, the twice weekly podcast brought to you by LiSTNR and Cosmos. Hosted by Cosmos’ very own science journos, this is the podcast that will answer all of life’s questions – in just 10 minutes.

Put your thinking caps on, folks. Huh? Science Explained is here, the twice weekly podcast brought to you by LiSTNR and Cosmos. Hosted by Cosmos’ very own science journos, this is the podcast that will answer all of life’s questions – in just 10 minutes.

Huh? Science Explained

The science of Oreos: Why, 95% of the time, the creme only sticks to one side of the cookie

How many basketballs can you fit in the Sun? And how do we understand really really big numbers?

Today we will be calculating the true size of the giant ball of gas in the centre of our Solar System in an exercise in numbers and orders of magnitude.

Evrim Yazgin is a Cosmos journalist with an MSc in Physics from the University of Melbourne. His love of science fiction has spurred an interest in all things flux capacitor to quantum-time-antimatter-inverters.

How many basketballs can you fit in the Sun? And how do we understand really really big numbers?
Today we will be calculating the true size of the giant ball of gas in the centre of our Solar System in an exercise in numbers and orders of magnitude.
Evrim Yazgin is a Cosmos journalist with an MSc in Physics from the University of Melbourne. His love of science fiction has spurred an interest in all things flux capacitor to quantum-time-antimatter-inverters.

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