At Summer Davos in Dalian on June 23, 2026, the World Economic Forum and publisher Frontiers released their 'Top 10 Emerging Technologies of 2026' report, highlighting world models and lattice‑based cryptography alongside advances in energy, biotech and materials. The report stresses that AI innovations are moving off screens into power grids, hospitals and factories, reshaping real‑world systems.
This article aggregates reporting from 2 news sources. The TL;DR is AI-generated from original reporting. Race to AGI's analysis provides editorial context on implications for AGI development.
The WEF’s decision to put “world models” on its short list of transformative technologies is a good barometer of where mainstream institutions think AI is heading. World models—systems that learn a compact representation of how environments evolve and can simulate futures—are a key ingredient in moving from chatbots that talk about the world to agents that act effectively in it.([chinadailyasia.com](https://www.chinadailyasia.com/hk/article/635370)) Grouping them alongside grid‑integrated energy systems, advanced materials and quantum‑enhanced drug discovery signals that policymakers now see advanced AI as infrastructure, not just software.
For the race to AGI, that framing matters. It encourages governments and corporates to treat investments in AI as long‑horizon bets akin to power grids or transportation networks, with the corresponding expectations around standards, interoperability and resilience. It may also steer more capital into AI that interfaces tightly with physical systems—robotics, climate and energy optimisation, logistics—where the feedback loops between simulation, control and real‑world data are richest. That’s exactly the terrain where general‑purpose reasoning and robust world modelling become indispensable.
At the same time, the report’s emphasis on governance and cross‑sector collaboration is a reminder that AGI‑adjacent progress will be politically mediated. As world models start to drive critical infrastructure and bio‑manufacturing, the bar for reliability and oversight will rise, potentially slowing some deployments even as the underlying science accelerates.



