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Improved Method for Isotope Enrichment Could Secure a Vital Global Commodity

Improved Method for Isotope Enrichment Could Secure a Vital Global Commodity

MAGIS Device (magnetically activated and guided isotope separation). Click on the image to view an animation of the MAGIS device in action and to read more about how it works. Animation by Marianna Grenadier.

MAGIS Device (magnetically activated and guided isotope separation). Click on the image to view an animation of the MAGIS device in action and to read more about how it works. Animation by Marianna Grenadier.

Researchers at The University of Texas at Austin have devised a new method for enriching a group of the world’s most expensive chemical commodities, stable isotopes, which are vital to medical imaging and nuclear power, as reported this week in the journal Nature Physics.

For many isotopes, the new method is cheaper than existing methods. For others, it is more environmentally friendly.

A less expensive, domestic source of stable isotopes could ensure continuation of current applications while opening up opportunities for new medical therapies and fundamental scientific research.

Chemical elements often exist in nature as a blend of different variants called isotopes. To be useful in most applications, a single isotope has to be enriched, or separated out from the rest.

A combination of factors has created a looming shortage of some of the world’s most expensive but useful stable isotopes.

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