A better way to see molecules
11 Apr 2022

A better way to see molecules

by | posted in: Chemical Sciences, STEM In Action | 0
A new modelling system could make electron microscope pictures easy to understand. This resource is best suited to Year 8, 9 and 10 Chemistry students who are learning about elements, the periodic table and atomic structure. Word Count: 685 The … Continued
Mathematics of scale: big, small and everything in between
11 Mar 2022

Mathematics of scale: big, small and everything in between

by | posted in: Physical Sciences, Biological Sciences, Chemical Sciences, Earth & Space Sciences, Mathematical Sciences, STEM In Action | 0
Fractals are a critical tool for measuring and understanding the mathematics of scale. This intriguing article works well with all sciences to help students better understand size scales, particularly for Years 8, 9 and 10. Word Count: 789 How many … Continued
Explainer: Standard Model of Particle Physics
2 Nov 2021

Explainer: Standard Model of Particle Physics

by | posted in: Physical Sciences, STEM In Action | 0
The standard model helps scientists describe the universe, but it’s not perfect. Use this explainer with Physics and Chemistry students to help them understand the particles and forces that make up everything we know. Word Count / Video Length: 1076 … Continued
Explainer: What is radiometric dating?
12 May 2021

Explainer: What is radiometric dating?

by | posted in: Chemical Sciences, STEM In Action | 0
Dive headfirst into the weird world of dating by radioactive decay. This explainer article details the different methods that we use to date ancient living things, and the science we use to do that. It is best suited to Year … Continued
Evidence of brand new physics at Cern?
4 May 2021

Evidence of brand new physics at Cern?

by | posted in: Physical Sciences, Chemical Sciences, STEM In Action | 0
Why we’re cautiously optimistic about our new findings of Physics at Cern. This article explores some of the recent research outputs at the Large Hadron Collider. It is best suited to Chemistry and Physics students in Year 9 who are … Continued
Advanced technology inspired by nature
9 Mar 2021

Advanced technology inspired by nature

by | posted in: Biological Sciences, Chemical Sciences, Physical Sciences, STEM In Action | 0
If you know where to look, there’s almost no technological or design problem that nature hasn’t solved already. Amalyah Hart dives headfirst into the world of bio-inspiration. This extended article is best suited for Year 4-10 Biology, Chemistry and Physics … Continued
Learning about Titan’s chemistry
2 Mar 2021

Learning about Titan’s chemistry

by | posted in: Chemical Sciences, STEM In Action | 0
Atomic-force microscopy allows new understanding of Saturn’s moon. This article looks at how researchers are using technology to understand the chemical make-up of Titan. It is best suited to Year 8, 9 and 10 Chemistry students who are learning about … Continued
Is Lithium the energy answer for Australia?
16 Feb 2021

Is Lithium the energy answer for Australia?

by | posted in: Chemical Sciences, Earth & Space Sciences, STEM In Action | 0
As the demand for renewable-energy technologies skyrockets, so has the global search for their constituent materials, like lithium. Since Australia mines over half the worlds lithium, we have a responsibility to mine it in a sustainable way. In this resource … Continued
Exploring Einsteinium
12 Feb 2021

Exploring Einsteinium

by | posted in: Chemical Sciences, STEM In Action | 0
The first measurements of the synthetic, highly radioactive element have been taken by researchers, but what is Einsteinium? This resource is best suited to Year 8, 9 and 10 Chemistry students who are learning about elements, the periodic table and … Continued
A short history of atoms
15 Jan 2021

A short history of atoms

by | posted in: Chemical Sciences, Physical Sciences, STEM In Action | 0
In the centuries since the discovery of the famously uncuttable atom, scientists and philosophers alike have delved deeply into its form and function. As our powers of observation become increasingly sophisticated, we’ve found there is much yet to learn, as … Continued