Comment by Liftyee 5 months ago Possible source: Solar panels with this material were hyped a couple years ago. 4 comments Liftyee Reply xnx 5 months ago Ah, that's what it was for me.Roll-to-roll fabricated perovskite solar cells under ambient room conditions: https://news.ycombinator.com/item?id=39998740 MobiusHorizons 5 months ago Perovskite solar cells, ah yes, the ones that degrade rapidly in sunlight. Good thing they are typically safely tucked away in labs with controlled lighting. legacynl 5 months ago Idk what you're trying to say. Every technology starts in a lab. Perhaps the degradation problem is solvable? 1 reply →
xnx 5 months ago Ah, that's what it was for me.Roll-to-roll fabricated perovskite solar cells under ambient room conditions: https://news.ycombinator.com/item?id=39998740 MobiusHorizons 5 months ago Perovskite solar cells, ah yes, the ones that degrade rapidly in sunlight. Good thing they are typically safely tucked away in labs with controlled lighting. legacynl 5 months ago Idk what you're trying to say. Every technology starts in a lab. Perhaps the degradation problem is solvable? 1 reply →
MobiusHorizons 5 months ago Perovskite solar cells, ah yes, the ones that degrade rapidly in sunlight. Good thing they are typically safely tucked away in labs with controlled lighting. legacynl 5 months ago Idk what you're trying to say. Every technology starts in a lab. Perhaps the degradation problem is solvable? 1 reply →
legacynl 5 months ago Idk what you're trying to say. Every technology starts in a lab. Perhaps the degradation problem is solvable? 1 reply →
Ah, that's what it was for me.
Roll-to-roll fabricated perovskite solar cells under ambient room conditions: https://news.ycombinator.com/item?id=39998740
Perovskite solar cells, ah yes, the ones that degrade rapidly in sunlight. Good thing they are typically safely tucked away in labs with controlled lighting.
Idk what you're trying to say. Every technology starts in a lab. Perhaps the degradation problem is solvable?
1 reply →