According to lead researcher Geoff Brooks of the University of Swinburne, "There are aspects of the science behind steelmaking that are very similar to that of planet formation.
"In steelmaking furnaces you will find molten metal, with a layer of crust on top. Similarly the centre of the Earth is molten metal, also with an outer crust."
The steel industry has developed models that show how extremely high temperatures can determine the grade of steel that is produced. The researchers are taking this know-how and applying it to the concept of planet formation.
"For example, if we look at an object that is entirely iron we are able to tell what temperature it has experienced. Working backwards, this then tells us what process it has gone through," Brooks said.
Added co-researcher Sarah Maddison: "The same principles can help them understand the earliest stages of planet formation".
You’ve reached your limit of {{free_limit}} free articles this month.
Subscribe now for unlimited access.
Already subscribed? Log in
Subscribe to read the full story →
Smart Quarterly
₹900
3 Months
₹300/Month
Smart Essential
₹2,700
1 Year
₹225/Month
Super Saver
₹3,900
2 Years
₹162/Month
Renews automatically, cancel anytime
Here’s what’s included in our digital subscription plans
Exclusive premium stories online
Over 30 premium stories daily, handpicked by our editors


Complimentary Access to The New York Times
News, Games, Cooking, Audio, Wirecutter & The Athletic
Business Standard Epaper
Digital replica of our daily newspaper — with options to read, save, and share


Curated Newsletters
Insights on markets, finance, politics, tech, and more delivered to your inbox
Market Analysis & Investment Insights
In-depth market analysis & insights with access to The Smart Investor


Archives
Repository of articles and publications dating back to 1997
Ad-free Reading
Uninterrupted reading experience with no advertisements


Seamless Access Across All Devices
Access Business Standard across devices — mobile, tablet, or PC, via web or app
