Accelerating Super-Fast Charging Potential of Lithium-Ion Ba

Today’s civilization is rapidly shifting away from fossil fuels and towards renewable resources and electric batteries. Despite the pressing need to transition to greener techniques, core challenges pertaining to efficiency and sustainability remain.

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Japan , Anusha Pradhan , Polyelectrolyte Binder , Megan Craig , Noriyoshi Matsumi , Ryoya Miyairi , Noriyuki Takamori , Japan Advanced Institute Of Science , Postdoctoral Research , Japan Advanced Institute , Professor Noriyoshi Matsumi , Rajashekar Badam , Materials Industry Focus , Study Corresponding Author , Study First Author , Postdoctoral Research Fellow , Extreme Fast Charging Capability , Graphite Anode , Lithium Borate Type Biobased Polymer , Aqueous Polyelectrolyte Binder ,