Dutch scaleup VSParticle (VSP) has been receiving AI-generated recipes from Meta, not for food, but for creating nanoporous materials to advance the green transition. By synthesizing over 500 of these recipes into electrocatalysts, VSP has unlocked the potential to break down CO2 into methane or ethanol efficiently. These electrocatalysts can also enhance clean energy technologies like hydrogen production and advanced batteries. VSP's technology includes a nanoprinter capable of vaporizing materials and depositing them as thin nanoporous films, enabling rapid prototyping and validation of hundreds of nanomaterials at an unprecedented scale and speed. CEO Aaike van Vugt highlights the significance of this advancement in material discovery, emphasizing the quick validation of AI predictions and the discovery of low-cost electrocatalysts that would have traditionally taken years to find. The collaboration between VSP and Meta has led to the creation of an open-source experimental database, facilitating the training of AI models to predict new material combinations accurately. Larry Zitnick from Meta AI praises this research for its groundbreaking nature in material discovery, particularly for clean energy solutions. Looking ahead, VSP aims to train AI models on larger datasets by synthesizing tens or even hundreds of thousands of tested materials. The company's unique technology positions it as a frontrunner in material discovery, with the potential to develop an AI equivalent to Google Deepmind's Alphafold for nanoporous materials, revolutionizing the field. Furthermore, VSP's partnerships with renowned institutions such as the University of Toronto, Sorbonne University Abu Dhabi, and Lawrence Livermore National Laboratory reflect its commitment to expanding its dataset and maturing its technology. The company is also enhancing its nanoprinters to increase efficiency, with plans to develop a new printer that can output 20,000 sparks per second, further accelerating material discovery and innovation in the clean energy sector.