Antranik Jonderian

PhD candidate at McGill University working on high throughput synthesis and property screening of solid electrolytes for all solid-state lithium batteries.

[Ehsan @hamzehsan]

Our recent work: "Synthesis of Boroxine and Dioxaborole Covalent Organic Frameworks via Transesterification and Metathesis of Pinacol Boronates" in @J_A_C_S
Thanks to Dima for his supports & to prof. McCalla & Antranik for their helps and collaboration.
https://t.co/Y3yDJsevq7

[Antranik Jonderian @jonderian]

@Linuturk @BatterySolid I think we do need. Tesla currently has a supercharging stations with 250 kW rating. (200 mills of range in 15min charge time)

[Antranik Jonderian @jonderian]

@Linuturk @BatterySolid At high charging current density lithium starts to plate the anode (carbon) and cause dendrite formation which eventually causes cell shortage. One of the good properties of sold state electrolyte that is it can potentially prevent dendrites growth.

[Antranik Jonderian @jonderian]

Interesting concept adapted by a Swiss #solidstatebattery startup company where they are forming the #solidelectrolyte in the battery cell like a two part epoxy.
https://t.co/kRenNsaiXR