Using HyperTree Proof Search we created a new neural theorem solver that was able to solve 5x more International Math Olympiad problems than any previous AI system & best previous state-of-the-art systems on miniF2F & Metamath.
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@BatteryBulletin
Thoughts on GMGs demo for fast charging? Impressive?
I don't have a reference point on how a LI battery would be in the same test.
https://t.co/ePrYdvwtGU
@BatteryBulletin@BatteryBulletin thanks for responding. It's super helpful to have someone in the academic community reviewing this.
So overall you don't find the results compelling right?
If it helps, here was the mAh/gram for the coin cells.
@ashoknanjundan feel free chime in
They are using a USB LI battery charger in the demo. I would expect they can charge it much faster with a different device. In their testing demo and marketing material they claim it takes seconds
@glockio Anything that advertised energy density without areal capacity of the electrodes and atlleast at few layer pouch cell format is irrelevant. Measuring energy density in coin cell format for a new tech accounting 0.4 from capacity and voltage is not a good approach. 1/2
@BatteryBulletin thoughts on GMGs most recent battery update?
Energy density has increased to 290-310 Wh/kg, an increase of 93% since the last battery update.
https://t.co/yB1VxFZdzs
@boztank@ID_AA_Carmack@GrapheneMG & @UQscience just provided an update to their graphene aluminum ion battery ion battery.
- No Heat Issues🔥
- 60-70x faster charge
- higher energy density
- no rare metals
https://t.co/yB1VxFZdzs
@TwoBitDaVinci HUGE update on #graphene aluminum ion #battery energy density. 93% increase, now greater than #Lithium NMC 🔋
Results were validated by University of Queensland.
Press release:
https://t.co/yB1VxFZdzs
@boztank take a look at the graphene aluminum ion battery.
Very fast charge rates (60x faster) & no thermal issues when compared to LI 🔋 Could be useful for quest.
Worth adding to your watch list as the tech develops.