The potential of green energy may be realized through a highly uncommon mineral, according to researchers. This mineral is jadarite. It shares several characteristics with kryptonite, the crystals that Lex Luthor frequently employs to diminish Superman’s strength in DC Comics. This mineral has only been discovered in a single location on Earth, yet it could be critical for a seamless shift to more sustainable energy options.
Since it was identified in 2004, scientists have been puzzled by the scarcity of this white, nodular mineral. Its high lithium content makes it an exciting candidate for sustainable energy solutions. Now, researchers have at last determined the reason for its rarity.
A recent study published in Nature Geoscience indicates that jadarite necessitates a very specific set of geological circumstances for its formation. The researchers assert that this is likely the reason it has not been located in other areas. Unlike other more prevalent rare metals and minerals, jadarite follows a very unique formula for its formation.
The researchers explain that one of the factors contributing to the mineral’s rarity is the precise way in which alkaline-rich terminal lakes, lithium-laden volcanic glass, and a certain transformation of clay minerals must interact. If the conditions are even slightly too cold or acidic, the mineral will not develop.
While extracting jadarite could potentially be the solution to advancing green energy, particularly in Europe, the mineral’s rarity means there is only a limited supply available. Given that we haven’t encountered another deposit in two decades, locating more seems as challenging as finding a needle in a haystack.
Naturally, researchers are exploring additional avenues to realize green energy. Fusion energy research has shown potential promise, and some even aspire to establish orbiting solar power stations that transmit energy directly to Earth, circumventing the inefficiencies associated with traditional solar panels.
