Blunt facts.
They charged it 200,000 times in 3 months telling us that they had 1 seconds worth of electricity per charge.
Also, the core is said to be gold.
These 'facts' are too blunt for me.
If there are 91 days in three months I find it a challenge to imagine 'charging' the battery 2000+ times a day so not quite sure what is meant.
As for the gold, if a battery has gold in it, is that a good or bad thing? Not sure the point you wished to make. Still seems to be at the experimental stage. Paraphrased, amalgamated articles:
Various scientists ave been experimenting in the use of gold to make a prototype of a lithium air battery that has high energy density and lasts for a long time.
In a typical lithium ion battery, lithium ions travel from the cathode to the anode when you charge it (through the electrolyte), and the anode holds onto the lithium ions to store the energy. After a certain number of charges the structure of the battery starts to degrade. But using gold to make a porous electrode can create a lithium air battery that maintains almost all of its ability to hold a charge after 100 charging cycles - it provides a more stable substrate for the reaction between the air and the lithium. Their gold electrode also has tiny holes all over it — nano-porous — that provides room for the ions from the solid lithium peroxide. The scientists say more work needs to be done
to figure out why the experimental battery is providing such a high level of capacity and density.
Other latest battery technology being experimented with uses a gold nanowire, no thicker than a bacterium, coated in manganese oxide and then protected by a layer of electrolyte gel. The gel interacts with the metal oxide coating to prevent corrosion. Even though minuscule amounts of gold are being used in this experiment, that would still make these batteries expensive to manufacture. Possibly a more common metal, like nickel, could replace the gold if the technology catches on. Future work will entail actually building batteries with this technology,
and further investigating why the process works.