A team of scientists hailing from the National University of Singapore has achieved a remarkable feat by successfully developing heat-resistant perovskite-silicon tandem solar cells. These innovative solar cells boast an impressive photoelectric conversion efficiency that surpasses 34%, a significant leap in solar energy technology. What's even more remarkable is their durability under high-temperature conditions. After being subjected to continuous operation for 1,200 hours at a scorching 65℃, these solar cells have managed to retain over 96% of their initial performance. This level of stability and efficiency at elevated temperatures is a testament to the advanced engineering and material science behind these cells. The groundbreaking findings of this research have been duly recognized and published in the latest edition of the prestigious Science magazine, a platform known for showcasing cutting-edge scientific discoveries.