Indeed, if you look at different countries' policy statements, you'll find they'll all list a different number of minerals or elements there.
But a useful working definition is these are minerals that are essential in one or more modern technologies and that they're subject to supply chain risks.
So one of our authors in the Oxrep issue, John Blundy, who's a geologist, breaks them up into three nice categories.
Traditional, which would be things like iron, aluminium, bauxite, copper, zinc, maybe gold in there.
What he calls the neophyte minerals, the ones that hit the headlines like lithium, nickel, cobalt, graphite, etc.
And the exotics are things like germanium and gallium and the rare earth minerals that
Why are they so valuable right now? Because everybody's talking about needing them.
Obviously, the value or the prices they're commanding is saying something about the imbalance between demand and supply.
So critical minerals are used in turbines, in solar panels, in electric vehicles, in the new energy grids that we're producing.
They're also heavily in demand in the digital transformation that's occurring around the world.
So that's whether we're building data centers that have a very high demand for power, 5G technology, semiconductors, smartphones, screens, et cetera.
And crucially, the third big driver of this demand is defense, defense and security.
Critical minerals exist in this dual-use world, which makes the geopolitics particularly interesting.
But things like drone technologies, radar, satellites, precision weapons, and so forth, all create a heavy demand for critical minerals as inputs into the production processes.
The International Energy Association estimates that by about 2040, demand will have increased four times relative to today, demand just to meet the global energy transition.
I think it's a reasonable assumption that the direction the world is moving in, this demand will continue to remain strong.
Indeed, if you look at different countries' policy statements, you'll find they'll all list a different number of minerals or elements there.
But a useful working definition is these are minerals that are essential in one or more modern technologies and that they're subject to supply chain risks.
So one of our authors in the Oxrep issue, John Blundy, who's a geologist, breaks them up into three nice categories.
Traditional, which would be things like iron, aluminium, bauxite, copper, zinc, maybe gold in there.
What he calls the neophyte minerals, the ones that hit the headlines like lithium, nickel, cobalt, graphite, etc.
And the exotics are things like germanium and gallium and the rare earth minerals that
Why are they so valuable right now? Because everybody's talking about needing them.
Obviously, the value or the prices they're commanding is saying something about the imbalance between demand and supply.
So critical minerals are used in turbines, in solar panels, in electric vehicles, in the new energy grids that we're producing.
They're also heavily in demand in the digital transformation that's occurring around the world.
So that's whether we're building data centers that have a very high demand for power, 5G technology, semiconductors, smartphones, screens, et cetera.
And crucially, the third big driver of this demand is defense, defense and security.
Critical minerals exist in this dual-use world, which makes the geopolitics particularly interesting.
But things like drone technologies, radar, satellites, precision weapons, and so forth, all create a heavy demand for critical minerals as inputs into the production processes.
The International Energy Association estimates that by about 2040, demand will have increased four times relative to today, demand just to meet the global energy transition.
I think it's a reasonable assumption that the direction the world is moving in, this demand will continue to remain strong.
The rest of this transcript — segmented and speaker-labeled, so you land on the exact moment something was said
Search every transcript — by keyword, by phrase, or by meaning, across every show Radar indexes
Trends — what is surging across podcasts, measured against its own baseline
Alerts — when a name you follow appears in a newly indexed episode
No account is needed to search Radar.