Aaike van Vugt has a Master’s Degree in Chemical Engineering from the Delft University of Technology. He is the co-founder of VSParticle, aiming to help research and industry in the production of inorganic nanoparticles with the goal to help researchers in the fundamental development of new products like batteries, catalyst, electronics, or nano-medicines.
Machine Learning, Nano Robotics, NextGen Materials, Accessibility, Globalization
In this session, participants will learn that to solve climate change we need to combine the best exponential technologies to accelerate the development of advanced materials by 100x.During the introduction participance will learn about how advanced materials have shaped the history of humanity and enabled the society of today. Everybody talks about Generative AI but this could not have happened without the advancements in computer chips. After the introduction participance understand that in the same way advanced materials will also shape the future of society. Besides the impact of advanced materials participance will also learn how material scientist are leveraging exponential technologies like robotics and AI to accelerate the discovery of new advanced materials by 100x. A acceleration we have never seen in before.In the last part participance will see practical examples of new advanced materials that are currently being developed to accelerate the decarbonisation of society.The introduction of new advanced materials will have huge impact on different industries like healthcare, energy, defence, space, etc. This session will give executives a better view on what is coming. Today it takes 15 years to introduce a new advanced materials but in the near future this will only take a couple of months.