Conference Presentation, Panel, Keynote
Things That Will Blow Your Mind | Global Conference 2026
- Jeffrey Van Maltzen predicts science will undergo a fundamental transformation from a "guessing game" into a radically different practice, potentially initiated by the "intelligence revolution" rather than ending with the Internet as a training substrate.
- The outlook anticipates that the entities automating the scientific method will generate "nearly infinite tokens" for AI training, positioning the owner of the largest "AI science factory" as holding the highest scientific intelligence, a capability scalable independently of elite university PhD flows.
- A critical race is expected over the coming years to develop these scientific AI capabilities, with specific projections that Lila's AI platform will reach training data sizes "about twice the size of the Internet" by the end of the current year, achieving top benchmark performance in material science, chemistry, and life sciences.
- Van Maltzen asserts that the scientific intelligence gap between the U.S. and rivals will define the century's definition of U.S. competitive advantage, noting that falling behind would equate to competing against a "civilization in the future."
- Ali Agha forecasts a "ChatGPT moment" for physical AI occurring in less than two years, where conversational platforms enable physical actions like grocery and nursing tasks, contributing significantly to global prosperity within the next five years.
- Physical AI systems are described as capable of operating on any moving machine without connectivity, Wi-Fi, 5G, pre-mapping, or GPS, with market expectations for hardware costs commoditizing to bodies costing "10 to 15k" and gripper hands at "three hundred dollars."
- The outlook predicts superhuman performance in complex off-road environments, with systems already demonstrated navigating 40-mile courses without human touch, and conversational AI currently estimated to contribute roughly "3% of the GDP of the world."
- Ben Levinson highlights a geopolitical and military context where China builds "90% of the world's drones" and produces "100 times the amount" of U.S. output, alongside President Xi Jinping's order to be ready to conquer Taiwan by 2027.
- Technological evolution is predicted to transition traditional drones limited to "one hour to two hours" of flight to hydrogen fuel cell models offering "over a 10-hour flight" with "over a thousand kilometers" of endurance.
- A strategic plan is outlined to launch "10 of these facilities" (megafactories) with the U.S. and other governments "over the next few years" to address the threat of drone swarms overwhelming manned aircraft like F-35s.
- Military predictions suggest that "90 percent of the casualties on the ground in Europe" will originate from drones, necessitating AI and automation for future operations as human management of large drone swarms becomes impossible.
- Aaron Blanton expects Carbon Mapper's next-generation satellite, Tanager 2, to launch "later this year," providing technology with "five times the capability" and "two times the level of accuracy" to map agriculture and improve facility attribution.
- Environmental monitoring initiatives plan to leverage AI to accelerate the learning and fixing of environmental problems, while also utilizing robots to mitigate worker risk and pollution in hazardous scenarios.
- General optimism is expressed that these technological advancements will lead to a "bonanza of explosively powerful innovations," improve lives significantly, and allow for protective guardrails without halting progress.