
Google DeepMind researchers, including Edward Hughes and Michael Dennis, have released a new position paper emphasizing the importance of open-endedness in achieving Artificial Superhuman Intelligence (ASI). The paper, presented at the ICML 2024 conference in London, argues that the necessary components to achieve open-endedness in AI systems are now in place. Open-endedness is defined as the ability to continuously generate novel and learnable artifacts, which the researchers claim is essential for the development of ASI. Co-authors J Parker-Holder and F Behbahani also contributed to the paper, which aims to inspire rapid and safe progress towards ASI through the use of foundation models trained on internet-scale data. The paper proposes a formal definition of open-endedness to guide future research.
Great to see continuing deep thinking on the role of open-endedness in the current era of AI - congrats to @edwardfhughes and all the coauthors! https://t.co/MjsAkGXz3z
Our @icmlconf 2024 position paper attempts to more precisely define open-endedness and argues that it is an essential ingredient to reach ASI. Congrats @edwardfhughes, @MichaelD1729 and the rest of the team! https://t.co/iZ022QBvEZ
[LG] Open-Endedness is Essential for Artificial Superhuman Intelligence E Hughes, M Dennis, J Parker-Holder, F Behbahani… [Google DeepMind] (2024) https://t.co/Cr0W89L8Hg - Open-endedness, defined as the ability to continuously generate novel and learnable artifacts, is an… https://t.co/XIbo2266ZC
