Conference Presentation, Panel
Lunch Program - The Future of Humankind
- The Milken Institute plans to shortly expand its philanthropic center beyond medical work into new areas and will utilize its events as platforms to shape policy, with James Morgan tasked with evaluating European research opportunities and assembling a team of fellows.
- Demographic and climate projections indicate a global population of approximately 9.3 billion by 2050, with a predicted "zero hour" for global temperatures in 2047, potentially leading to irreversible climatic catastrophe in the 22nd century and conflicts over resources like the Mekong River.
- Medical and biological innovations are expected to eliminate premature mortality and chronic diseases within decades, potentially allowing humans to live for centuries, with enhancements such as gene editing to remove bad genes and telomerase activation to extend lifespan.
- Technological advancements predict an "Ageless Society" where aging is no longer inevitable, alongside potential capabilities to upload brains into the internet by 2045 and the emergence of "immortality" through cellular repair and bio-hacking.
- Artificial intelligence development is forecasted to occur gradually over decades rather than through a single leap, potentially reaching the singularity within 25 years, though some experts view the risk of AI exceeding human intellect as a distant prospect while others warn it could spell the end of the human race.
- Automation and robotics are expected to make jobs in medical diagnosis, surgery, law, and accounting obsolete in the short term, creating a social imperative to redistribute funds for dignified employment in sectors like caregiving.
- Post-human evolution is anticipated to accelerate in space, where colonies on Mars could be established within a few decades and groups living away from Earth may evolve into different species within a generation or two.
- Space exploration will increasingly rely on miniaturized probes and large robotic fabricators for structure construction, likely making human travel beyond the solar system impossible within a present human lifetime, though the search for extraterrestrial life on Earth-like planets is expected to yield results in 10 to 20 years.
- Future resource management will prioritize 3D printing of goods like custom shoes within an hour and improved agricultural yields to make food cheap and available, alongside genetic modifications to livestock to reduce methane output.
- Energy strategy forecasts a shift toward new forms of nuclear power as the most critical development for the next century, with solar playing a niche role and gas serving as a low-carbon bridge, while acknowledging the high energy costs required to prevent global inequality from worsening.
- Social risks include "bio-error or bio-terror" becoming a major government concern within 10 to 20 years, heightened tensions between security and privacy due to biohacking, and the potential for societal breakdown from pandemics.
- Economic and technological shifts are expected to drive innovation toward China, India, and Africa, with cities remaining central to R&D and digital connectivity treated as a foundation for a prosperous civilization.
- While innovation is expected to continue delivering benefits, risks include the "disease of boredom" as robots assume routine tasks, the misuse of the open internet by bad actors, and the environmental harm of using grain crops for motor fuel.
- Future societies will likely face challenges regarding the redistribution of wealth to maintain equality and the ethical questions of creating a new species of enhanced humans with very long lifespans before the end of the century.