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      "text": "I would say that a conventional lithium-ion battery at -25°C and a solid-state battery at -25°C; I would pick the lithium-ion, the conventional battery, any day for a low-temperature performance.",
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      "text": "When a liquid is cooled, it still remains a liquid and its ability to move ions relatively easily doesn’t degrade as much. However, a solid electrolyte can’t move ions well unless it’s heated. When that solid goes from hot to cold, its ability to move ions collapses.",
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      "text": "A: “Slide 21 is definitely a little ambiguous, in my opinion - not even ambiguous; I would say that they just picked some data that would represent something, and they put it in the deck. That's not something I'm going to buy.”",
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      "text": "A: “Here's the deal. From a theoretical perspective, you have a liquid that actually performs pretty well at room temperature, and you have a solid which performs extremely well at high temperatures but only average room at temperatures. When you decrease the temperature on both of these formulations, the liquid is actually not going to lose much of its properties because, just from eighth-grade physics, your liquid is still going to be a lot more spread out in terms of your density of molecules and the solid is just not. As you keep loading your temperatures, it's just going to increase the density, and it's going to create a harder time for the molecules or the ions, in this case, to move through it. So, I would say that a conventional lithium-ion battery at -25°C and a solid-state battery at -25°C; I would pick the lithium-ion, the conventional battery, any day for a low-temperature performance.” – Former employee",
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      "text": "Q: “You're saying this claim that conventional lithium-ion does worse in cold weather than solid-state, that just defies common sense?”",
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      "text": "I would say that they just picked some data that would represent something, and they put it in the deck. That's not something I'm going to buy. — Former employee",
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      "text": "Source: Scorpion Capital consultation calls with experts",
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      "text": "3) Phony claim B: Battery performance in low temperatures",
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      "text": "Red flag 3 (cont’d): Ex-employee explains common-sense physics of solid vs. liquid electrolytes and why QS chart data is bogus in saying that their prototype performs better at low temperature than regular liquid-based Li-ion.",
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