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It’s a bleak outlook for the future of Australian gold production and revenue unless we rapidly innovate the exploration sector to improve discovery rates.
Superman had the power to see through solid objects with his x-ray vision and now we’re using a similar approach to see ‘inside’ solid rock.
With the rise of electric cars and energy storage, graphite – a mineral made of carbon – is poised to be hot on the commodity market to meet demand for lithium-ion batteries.
Underneath the barren landscape of the Nullarbor Plains in South Australia lurks a mysterious magnetic anomaly which has intrigued geologists for decades. New data is helping to explain what is it and how it may have formed.
Our new deal with Australian METS company Corescan will see our exploration tool and mineral analysis technology - HyLogger- launched into new global markets.
Our Mining Equipment, Technology and Services (METS) Roadmap looks to the future and identifies five key growth opportunities for the mining industry and its suppliers.
New Deep Earth Imaging research aims to enable the exploration industry to 'see' and unlock the earth's deep mineral, energy and water resources.
The Norilsk nickel deposits in Russia are unique: giant volcanic eruptions 250 million years ago released colossal amounts of nickel into the atmosphere, kickstarting the Great Dying.
New x-ray technology will bombard rock samples to help us locate gold and other metals.
Thanks to new technology, future mining will happen mostly underground, be low impact and produce less waste.
The Maia Mapper is our latest and most advanced instrument in our armoury in the search for minerals.
A new study has used a mobile phone survey to reveal how better relationships can be formed between mining companies and local communities.
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