TREE NEWS update: A team at the Chinese Academy of Sciences’ Institute of Metal Research published a cobalt-free high-nickel cathode design in Nature Synthesis on October 1, using magnesium, calcium, titanium and zirconium as multi-element trace dopants (MD-LNMO). The material reaches nearly 80% charge in three minutes, an advance the team says moves cathode design from empirical trial-and-error toward target-oriented engineering.
Chinese team’s cobalt-free cathode hits 80% charge in 3 minutes
The significance here is less the charging speed than the design method: substituting abundant dopants for cobalt points at a supply-chain question that has long shaped battery economics, and framing cathode work as target-oriented engineering rather than trial-and-error suggests the discovery loop itself is changing. Cobalt-exposed miners and refiners are the obvious parties affected, along with cell makers weighing material costs. Whether the approach scales beyond the lab, and whether other groups reproduce it, is the open question.
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