The emerging science of finding critical metals | Mfikeyi Makayi

The emerging science of finding critical meta...

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Is luck random — or can you cultivate it? | Christian Busch

When the 2025 Los Angeles wildfires destroyed his home and neighborhood, scientist Christian Busch encountered the opposite of serendipity: "zemblanity," or bad luck by design. Drawing on more than a decade of scientific research, he explores how people can navigate unpredictabil ...  Show more

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When Doreen Orishaba helped build Africa’s first electric car in 2011, skeptics dismissed it as a “toy for the Western world.” Now she’s running dozens of electric buses across Kenya and Rwanda, moving thousands of passengers to work every day on zero-exhaust vehicles powered by ...  Show more

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The emerging science of finding critical metals | Mfikeyi Makayi
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Your smartphone, computer and electric car all depend on one thing — critical minerals buried deep underground. But there’s a catch: the mining industry has gotten dramatically worse at discovering new deposits just when we need them most, says mining innovator Mfikeyi Makayi. Sh ...  Show more

The Critical Technology in Finding Critical Materials
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Critical materials like copper, lithium, and gallium have been mined for decades, but their role in core technologies, geopolitics, and the energy transition have come to a height in recent years.

In this episode, a16z partner Connie Chan discusses how technology is chan ...

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Critical minerals: What does the future hold?
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In the final episode of our series, we've gather together a panel of experts who all have an interest in critical mineral mining.Demand for minerals like cobalt, lithium and copper is growing rapidly, as countries turn to green energy solutions. These minerals are used in EV batt ...  Show more

Sapphire anvils squeeze metals atomically-thin
Nature Podcast

00:46 2D metals made using sapphire pressTaking inspiration from industrial forging, researchers have demonstrated a way to squeeze molten metals into atomically-thin layers, creating relatively large flakes of 2D metals. Using a hydraulic press containing two sapphire anvils, a ...  Show more