Key Highlights
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A new perspective article identifies that irreversible chemical reactions involving organic components are a major cause of instability in perovskite solar cells when exposed to light or electrical current. This insight is crucial for developing more durable and commercially viable next-generation solar panels.
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Researchers have developed a non-destructive UV Raman tool that can see inside TOPCon solar cells to understand why their performance temporarily drops under ultraviolet light. This new platform is key for designing solar cells that are more resilient to sunlight and maintain their efficiency over time.
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Scientists have created a flexible, triple-layer solar cell that is both highly efficient and tough enough to withstand harsh conditions, from the radiation of space to the corrosive environment of water-splitting for fuel production. This single, versatile design could power future satellites and clean fuel generators alike.
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A new strategy uses a special 2D material as a template to guide zinc atoms to deposit in a flat, orderly pattern inside batteries, preventing the formation of damaging spikes. This approach significantly extends the battery’s life, paving the way for safer and longer-lasting grid-scale energy storage.
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A detailed analysis of geothermal heat projects in the Netherlands shows that pumping cold water into the ground can cause small earthquakes, but the risk is lower if the underground rock layers are already slowly shifting or if the temperature of the injected water is kept higher. This helps in planning safer geothermal energy projects near populated areas.
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