It seems that we're constantly hearing about promising new battery technologies and eventually one of them will stick.
Mike Zimmerman, a professor at Tufts University and founder of Ionic Materials, hopes that his remarkably resilient ionic battery technology will be the one that does. At a glance, his ionic battery technology appears to a legitimate shot at finally pushing the category forward in a significant way.
The reason scientists and researchers pay so much attention to battery design is because today's lithium-ion units have several downsides. As we saw recently with Samsung's Galaxy Note 7 recall, they can overheat and catch fire. Even when they work correctly, lithium-ion batteries degrade over a relatively short time as they go through recharge cycles, and they don't last all that long to begin with.
(Score: 0) by Anonymous Coward on Wednesday February 01 2017, @07:14PM
lithium + water (including from the air) = hydrogen gas. Kinda explosive. Also the reaction is fairly energetic.