Unlocking the Future of Electronic Innovation

Prepare to be amazed! A groundbreaking database, meticulously crafted from over 5,000 research papers, is set to transform the landscape of electronic materials and energy technologies. Enter the Starrydata database, created by the innovative minds at Murata Manufacturing Co., Ltd., and the National Institute for Materials Science (NIMS).

A Treasure Trove of Knowledge

This exhaustive database boasts experimental data on more than 20,000 material samples, making it the largest collection of its kind in history—leapfrogging all prior attempts by light-years! Researchers have gone above and beyond to compile this treasure trove, ensuring that the critical dielectric materials used in electronics are well-documented and readily accessible.

Harnessing Machine Learning for Breakthroughs

What’s more, the team is harnessing the power of machine learning to not only predict material properties but also simulate how they will perform in real-world electronic applications. This use of advanced technology is a game-changer, paving the way for accelerated innovation.

Going Above and Beyond

"Our work stands out because of the painstaking process we undertook to manually trace graphs and rectify inaccuracies found in original research papers," the researchers proudly stated. This commitment to quality has resulted in a high-caliber dataset that can propel academic and industrial discoveries alike.

A Global Impact Awaits

Excitingly, the NIMS team plans to release this invaluable dataset to the public next year. Scientists from around the globe will soon have the opportunity to tap into this wealth of knowledge, paving the way for groundbreaking discoveries and supercharging progress in the fields of electronics and energy storage.